Creation, interrogation, and analysis of personalized microbiota models from the AGORA models through metagenomic data integration

Author: Almut Heinken, National University of Ireland Galway, and Federico Baldini, Luxembourg Centre for Systems Biomedicine

INTRODUCTION

This tutorial demonstrates the various function of the Microbiome Modeling Toolbox for the creation, interrogation, analysis, and stratification of personalized microbiome models. The tutorial consists of the following steps:
  1. Mapping files with abundances obtained from metagenomic sequencing data to the AGORA models
  2. Creating pan-models from AGORA on different taxonomical levels
  3. Building personalized models
  4. Reporting personalized model sizes
  5. Computing net fecal uptake and secretion potential for all microbial metabolites
  6. Calculating subsystem abundances on the microbiome level
  7. Correlation between computed fluxes and abundances and different taxon levels
  8. Metabolite-resolved plots of metabolite-strain correlations
  9. Clustering and statistical analysis of net uptake and net secretion fluxes based on subgroups in samples
  10. Targeted analysis: computation of strain-level contributions in each sample to specific metabolites
  11. Targeted analysis: computation of shadow prices that reveal metabolite dependencies for a specific objective
Please note that this tutorial uses as an example a small dataset (4 columns and 10 rows) with the purpose of demonstrating the functionalities of the pipeline. We recommend using high-performance computing clusters when assembling and simulating from bigger datasets.

Driver

The pipeline driver script cobratoolbox/papers/2018_microbiomeModelingToolbox/startMgPipe.m contains the neccessary inputs to run mgPipe for your dataset. Replace the input variables in startMgPipe with your own dataset and modifiy as needed.

Requirements

This tutorial requires the Parallel Computing Toolbox, Bioinformatics Toolbox, and Statistics and Machine Learning Toolbox add-ons in MATLAB.

Initialize the COBRA Toolbox

initCobraToolbox
_____ _____ _____ _____ _____ | / ___| / _ \ | _ \ | _ \ / ___ \ | COnstraint-Based Reconstruction and Analysis | | | | | | | |_| | | |_| | | |___| | | The COBRA Toolbox - 2021 | | | | | | | _ { | _ / | ___ | |
Set a solver (recommended: ibm_cplex)
solverOK=changeCobraSolver('ibm_cplex','LP');

Prepare input data and models

We will use the AGORA resource (Magnusdottir et al., Nat Biotechnol. 2017 Jan;35(1):81-89) in this tutorial. AGORA version 1.03 is available at https://github.com/VirtualMetabolicHuman/AGORA. Download AGORA and place the models into a folder.
websave('AGORA-master.zip','https://github.com/VirtualMetabolicHuman/AGORA/archive/master.zip')
try
unzip('AGORA-master')
end
modPath = [pwd filesep 'AGORA-master' filesep 'CurrentVersion' filesep 'AGORA_1_03' filesep' 'AGORA_1_03_mat'];

Preparing the input file with normalized abundances

Preparing an input file suitable for mgPipe requires mapping the organisms to the nomenclature of the AGORA models. A function that can help with this is available in the COBRA Toolbox.
For an example of how to map metagenomic sequences to AGORA models, enter the following code:
websave('SRP065497_taxonomy_abundances_v3.0.tsv','https://www.ebi.ac.uk/metagenomics/api/v1/studies/MGYS00001248/pipelines/3.0/file/SRP065497_taxonomy_abundances_v3.0.tsv')
[translatedAbundances,normalizedAbundances,unmappedRows] = translateMetagenome2AGORA('SRP065497_taxonomy_abundances_v3.0.tsv','Species');
translateMetagenome2AGORA translates the output of common sequencing pipelines (e.g., MetaPhlAn) to the names of the AGORA models. However, the function may not work for the nomenclature of some input file types it has never been tested on. Manual inspection to map taxa may still be needed. Inspect the output variable unmappedRows to check for mismatches in nomenclature. Such mismatches can be correcting by adding nomenclature corrections after line 115 of the translateMetagenome2AGORA function. It is requested to also submit such nomenclature corrections as a pull request.
If there are entries in unmappedRows because the strain or species is not captured by the AGORA resource, you are directed to the tutorial for DEMETER (cobratoolbox/tutorials/reconstruction/demeter). DEMETER is a efficient reconstruction refinement pipeline that was previously used to reconstruct AGORA. DEMETER enables fast, data-driven reconstruction of new strains following the same quality standards as AGORA.
To normalize the relative abundances from the input file that had been mapped to AGORA organisms, run the function normalizeCoverage. It is recommended to set the input variable cutoff (e.g., 0.0001), which removes all strains below a certain normalized relative abundance in a sample. Removing taxa with very low normalized coverage will result in faster simulations.
cutoff = 0.0001;
[normalizedCoverage,abundancePath] = normalizeCoverage('translatedAbundances.txt',cutoff);
The file normalizedCoverage.csv now contains relative normalized abundances mapped to the nomenclature of AGORA that could serve as input for mgPipe. The output variable abundancePath can directly serve as input for the corresponding input variable in initMgPipe.

Creating pan-models from AGORA on different taxonomical levels

As the abundances in this example are provided on the species level, the AGORA reconstructions, which are strain-specific, cannot serve as direct input. To enable the creation of personalized microbiome models from species-level relative abundances (or alternatively genus- or family-level), pan-models need to be created from AGORA. The following code performs this on the species level. To create pan-models on other species level up to phylum, modify the input variable taxonLevel.
panPath=[pwd filesep 'panSpeciesModels'];
 
taxonLevel='Species';
 
createPanModels(modPath,panPath,taxonLevel);
h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMAOR1 h[c] + mql8[c] + tmao[c] -> h2o[c] + mqn8[c] + tma[c] TMAOR2 2dmmql8[c] + h[c] + tmao[c] -> 2dmmq8[c] + h2o[c] + tma[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TSULabc atp[c] + h2o[c] + tsul[e] -> adp[c] + h[c] + pi[c] + tsul[c] TYRL h2o[c] + tyr_L[c] -> nh4[c] + phenol[c] + pyr[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] UPP3MT3 amet[c] + uppg3[c] <=> ahcys[c] + h[c] + pre1[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPN cala[c] + h2o[c] + 2 h[c] -> ala_B[c] + co2[c] + nh4[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] URDGLYAH h2o[c] + urdgly[c] <=> nh4[c] + urdglyc[c] UREA h2o[c] + 2 h[c] + urea[c] -> co2[c] + 2 nh4[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLabc atp[c] + h2o[c] + xyl_D[e] -> adp[c] + h[c] + pi[c] + xyl_D[c] XYLt xyl_D[e] <=> xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0398 dhbpt[c] + h[c] + nadph[c] -> nadp[c] + thbpt[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0502 h2o[c] + nad[c] + xan[c] -> h[c] + nadh[c] + urate[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r1384 gsn[c] + h2o[c] + h[c] <=> nh4[c] + xtsn[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.019378 datp[c] + 0.0075018 dctp[c] + 0.0075018 dgtp[c] + dnarep[c] + 0.019378 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18491 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] ametam[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] butACP[c] but[c] but[e] butpi[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] copre2[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hcit[c] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3acam[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] tcam[c] tdcoa[c] tdeACP[c] teich_45_BS[c] thbpt[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tma[c] tma[e] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HCITS accoa[c] + akg[c] + h2o[c] -> coa[c] + h[c] + hcit[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] L_TRPCOO o2[c] + trp_L[c] <=> co2[c] + h2o[c] + ind3acam[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NA...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.020024 ACP[c] + 0.016391 PGP[c] + 0.31096 ala_L[c] + 0.020024 amet[c] + 0.22477 arg_L[c] + 0.17239 asn_L[c] + 0.17239 asp_L[c] + 40.0531 atp[c] + 0.020024 ca2[c] + 0.020024 cl[c] + 0.020024 coa[c] + 0.020024 cobalt2[c] + 0.040362 ctp[c] + 0.020024 cu2[c] + 0.066193 cys_L[c] + 0.0098522 datp[c] + 0.0098522 dctp[c] + 0.0098522 dgtp[c] + dnarep[c] + 0.0098522 dttp[c] + 0.020024 fad[c] + 0.020024 fe2[c] + 0.020024 fe3[c] + 0.30335 gln_L[c] + 0.30335 glu_L[c] + 0.47573 gly[c] + 0.065512 gtp[c] + 35.2379 h2o[c] + 0.095242 his_L[c] + 0.3143 ile_L[c] + 0.020024 k[c] + 0.40383 leu_L[c] + 0.37621 lys_L[c] + 0.13191 met_L[c] + 0.020024 mg2[c] + 0.020024 mn2[c] + 0.020024 nad[c] + 0.020024 nadp[c] + 0.20477 phe_L[c] + 0.18715 pro_L[c] + proteinsynth[c] + 0.020024 pydx5p[c] + 0.020024 ribflv[c] + rnatrans[c] + 0.25191 ser_L[c] + 0.020024 so4[c] + 0.016391 tcam[c] + 0.21715 thr_L[c] + 0.063336 trp_L[c] + 0.12905 tyr_L[c] + 0.016391 udcpdp[c] + 0.043607 utp[c] + 0.35763 val_L[c] + 0.020024 zn2[c] -> 0.016391 PGPm1[c] + 40 adp[c] + 0.020024 apoACP[c] + biomass[c] + 40 h[c] + 39.98 pi[c] + 0.16341 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dhchol[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dh46dchol[c] 3dh46lchol[c] 3dh4cacoa[c] 3dh4cdcacoa[c] 3dh4cdchol[c] 3dh4chol[c] 3dh4dchol[c] 3dh4lchol[c] 3dh4udcacoa[c] 3dh4udchol[c] 3dhadchol[c] 3dhalchol[c] 3dhcacoa[c] 3dhcdcacoa[c] 3dhdchol[c] 3dhlchol[c] 3dhq[c] 3dhsk[c] 3dhudcacoa[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hpro_LT[c] 4hpro_LT[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aptn[c] 5dglcn[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] C02528[c] C02528[e] C11821[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] HC02191[c] HC02191[e] HC02194[c] HC02194[e] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adchac[c] adchac[e] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alchac[c] alchac[e] alltn[c] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] cholate[c] cholate[e] cholcoa[c] chols[c] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dchac[c] dchac[e] dcholcoa[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fuc_L[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hxan[c] hxan[e] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbt_D[c] scl[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tma[c] tma[e] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udoholcoa[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HPRO_LTt 4hpro_LT[e] + h[e] <=> 4hpro_LT[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCA_T adchac[c] + h[c] <=> adchac[e] + h[e] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCA_T alchac[c] + h[c] <=> alchac[e] + h[e] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAIA1 cholcoa[c] + nadp[c] <=> 3dhcacoa[c] + h[c] + nadph[c] BAIA2 dcholcoa[c] + nadp[c] <=> 3dhcdcacoa[c] + h[c] + nadph[c] BAIA3 nadp[c] + udoholcoa[c] <=> 3dhudcacoa[c] + h[c] + nadph[c] BAICDH1 3dhcacoa[c] + nad[c] <=> 3dh4cacoa[c] + h[c] + nadh[c] BAICDH2 3dhcdcacoa[c] + nad[c] <=> 3dh4cdcacoa[c] + h[c] + nadh[c] BAICDH3 3dhudcacoa[c] + nad[c] <=> 3dh4udcacoa[c] + h[c] + nadh[c] BAICDH4 3dhcacoa[c] + nadp[c] <=> 3dh4cacoa[c] + h[c] + nadph[c] BAICDH5 3dhcdcacoa[c] + nadp[c] <=> 3dh4cdcacoa[c] + h[c] + nadph[c] BAICDH6 3dhudcacoa[c] + nadp[c] <=> 3dh4udcacoa[c] + h[c] + nadph[c] BAIEI1 3dh4chol[c] -> 3dh46dchol[c] + h2o[c] BAIEI2 3dh4cdchol[c] -> 3dh46lchol[c] + h2o[c] BAIEI3 3dh4udchol[c] -> 3dh46lchol[c] + h2o[c] BAIF1 3dh4cacoa[c] + cholate[c] -> 3dh4chol[c] + cholcoa[c] BAIF2 3dh4cdcacoa[c] + C02528[c] -> 3dh4cdchol[c] + dcholcoa[c] BAIF3 3dh4udcacoa[c] + HC02194[c] -> 3dh4udchol[c] + udoholcoa[c] BAIV1 3dh4dchol[c] + h[c] + nadh[c] <=> 3dhadchol[c] + nad[c] BAIV2 3dh4lchol[c] + h[c] + nadh[c] <=> 3dhalchol[c] + nad[c] BAIW1 3dhadchol[c] + h[c] + nadh[c] <=> adchac[c] + nad[c] BAIW2 3dhalchol[c] + h[c] + nadh[c] <=> alchac[c] + nad[c] BAIX1 3dh46dchol[c] + h[c] + nadh[c] <=> 3dh4dchol[c] + nad[c] BAIX2 3dh46lchol[c] + h[c] + nadh[c] <=> 3dh4lchol[c] + nad[c] BAIY1 3dh4dchol[c] + h[c] + nadh[c] <=> 3dhdchol[c] + nad[c] BAIY2 3dh4lchol[c] + h[c] + nadh[c] <=> 3dhlchol[c] + nad[c] BAIZ1 3dhdchol[c] + h[c] + nadh[c] <=> dchac[c] + nad[c] BAIZ2 3dhlchol[c] + h[c] + nadh[c] <=> HC02191[c] + nad[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt2 C02528[e] + h[e] <=> C02528[c] + h[c] BIACt3 HC02194[e] + h[e] <=> HC02194[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BICoAL1 atp[c] + cholate[c] + coa[c] -> amp[c] + cholcoa[c] + ppi[c] BICoAL2 C02528[c] + atp[c] + coa[c] -> amp[c] + dcholcoa[c] + ppi[c] BICoAL3 HC02194[c] + atp[c] + coa[c] -> amp[c] + ppi[c] + udoholcoa[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCAT dchac[c] + h[c] <=> dchac[e] + h[e] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_4HBA 4hba[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_cholcoa_c_ cholcoa[c] -> DM_dcholcoa_c_ dcholcoa[c] -> DM_dhptd(c) dhptd[c] <=> DM_udoholcoa_c_ udoholcoa[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4hpro_LT(e) 4hpro_LT[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_HC02191(e) HC02191[e] <=> EX_HC02194(e) HC02194[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adchac(e) adchac[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alchac(e) alchac[e] <=> EX_arab_L(e) arab_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dchac(e) dchac[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYB_R glyb[c] + 2 h[c] + nadh[c] + pi[c] -> actp[c] + h2o[c] + nad[c] + tma[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYR gly[c] + 2 h[c] + nadh[c] + pi[c] -> actp[c] + h2o[c] + nad[c] + nh4[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2 gly[e] + h[e] -> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPD 4hpro_LT[c] -> 1pyr5c[c] + h2o[c] + h[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCAT HC02191[c] + h[c] <=> HC02191[e] + h[e] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROLR pro_L[c] <=> pro_D[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS_H2S cys_L[c] + hcys_L[c] -> cyst_L[c] + h2s[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] GULLACO ascb_L[c] + h[c] <=> xylhl_L[c] GULLACOX gullac[c] + o2[c] -> h2o2[c] + xylhl_L[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTI tre[c] <=> malt[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHEDH 2ohed[c] + h2o[c] -> 24dhhed[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPAt2i h[e] + ppa[e] -> h[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPC co2[c] + h2o[c] + pep[c] -> h[c] + oaa[c] + pi[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PROPAT4te pro_L[e] <=> pro_L[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2 h[e] + pro_L[e] -> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] PYRDC h[c] + pyr[c] -> acald[c] + co2[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBLIi rbl_D[c] -> arab_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1834C cholcoa[c] + h2o[c] -> cholate[c] + coa[c] + h[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3009C paps[c] + trdrd[c] -> 2 h[c] + pap[c] + so3[c] + trdox[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SADT atp[c] + h[c] + so4[c] -> aps[c] + ppi[c] SADT2 atp[c] + gtp[c] + h2o[c] + so4[c] -> aps[c] + gdp[c] + pi[c] + ppi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCS3 2s5epchc[c] -> 2shchc[c] + pyr[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SRTNt2 h[c] + srtn[c] -> h[e] + srtn[e] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2_3 3 h[e] + succ[e] -> 3 h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SULabc atp[c] + h2o[c] + so4[e] -> adp[c] + h[c] + pi[c] + so4[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.013828 datp[c] + 0.018212 dctp[c] + 0.018212 dgtp[c] + dnarep[c] + 0.013828 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hibutcoa[c] 3hmp[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00900[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmanap[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btn[c] btn_co2[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] peamn[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] tcynt[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urcan[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_q8h2[c] q8h2[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dglc[c] 2dhp[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4c2me[c] 4h2oglt[c] 4hba[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC00319[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] achms[c] acmalt[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbl[c] adp[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galur[c] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2HYMEPH 2hymeph[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_4abut(e) 4abut[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACUP nac[e] -> nac[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TAGURr altrn[c] + nad[c] <=> h[c] + nadh[c] + tagur[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TGBPA tagdp_D[c] <=> dhap[c] + g3p[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016061 datp[c] + 0.010815 dctp[c] + 0.010815 dgtp[c] + dnarep[c] + 0.016061 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmp[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ins[c] 2ippm[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 44dpnspr[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC01231[c] HC01434[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arach[c] arachcoa[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btal[c] btd_RR[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] cholp[c] chols[c] chols[e] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dhsql[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] seahcys[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSQLD dhsql[c] + 3 fad[c] -> 44dpnspr[c] + 3 fadh2[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016959 datp[c] + 0.0099176 dctp[c] + 0.0099176 dgtp[c] + dnarep[c] + 0.016959 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2aobut[c] 2dda7p[c] 2ddg6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 44dpnspr[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] C02528[e] CE5656[c] HC00900[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arach[c] arachcoa[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] cholp[c] chor[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhor_S[c] dhpt[c] dhptd[c] dhsql[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hmgcoa[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mantr[c] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phpyr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] pppg9[c] pppi[c] pram[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSQLD dhsql[c] + 3 fad[c] -> 44dpnspr[c] + 3 fadh2[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NOr1mq mql8[c] + 2 no[e] -> h2o[e] + mqn8[c] + n2o[e] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017096 datp[c] + 0.0097811 dctp[c] + 0.0097811 dgtp[c] + dnarep[c] + 0.017096 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ins[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5dgclur[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00900[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dma[c] dmbzid[c] dmlarg[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pre1[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tma[c] tma[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inost(e) inost[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mecdp[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthglu[c] 5mtr[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01104[c] HC01376[c] HC01377[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acmalt[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbl[c] adocbl[e] adp[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mana[c] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] suc6p[c] sucbz[c] succ[c] succ[e] sucr[e] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2HYMEPH 2hymeph[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt_D[c] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_2HYMEPH 2hymeph[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dhchol(e) 12dhchol[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPNt2r h[e] + pppn[e] <=> h[c] + pppn[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhcdchol[e] 3dhchol[e] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hdxbutn[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC00955[c] HC01577[c] HC01700[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] altrn[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icdchol[e] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isochol[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succoa[c] suchms[c] sucsal[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_icdchol(e) icdchol[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isochol(e) isochol[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICA3bHSDHe isochol[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] ICDCA3bHSDHe icdchol[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7 3 na1[e] + pi[e] <=> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPNt2r h[e] + pppn[e] <=> h[c] + pppn[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SNCOAT np2msucc[c] + succoa[c] <=> np2msucccoa[c] + succ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC00955[c] HC01577[c] HC01700[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmam[c] acmama[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succoa[c] suchms[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SNCOAT np2msucc[c] + succoa[c] <=> np2msucccoa[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt4 na1[e] + thymd[e] -> na1[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] ab14lac_L[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholate[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[c] man[e] mana[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xtsn[e] xu1p_D[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3KGK 3dhguln[c] + atp[c] -> 3dhgulnp[c] + adp[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABI arab_D[c] <=> rbl_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARB_Dabc arab_D[e] + atp[c] + h2o[c] -> adp[c] + arab_D[c] + h[c] + pi[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBA4 xu1p_D[c] <=> dhap[c] + gcald[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016169 datp[c] + 0.015872 dctp[c] + 0.015872 dgtp[c] + dnarep[c] + 0.016169 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] ab14lac_L[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholate[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[c] man[e] mana[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xtsn[e] xu1p_D[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3KGK 3dhguln[c] + atp[c] -> 3dhgulnp[c] + adp[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABI arab_D[c] <=> rbl_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARB_Dabc arab_D[e] + atp[c] + h2o[c] -> adp[c] + arab_D[c] + h[c] + pi[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBA4 xu1p_D[c] <=> dhap[c] + gcald[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dkglcn[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3masp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab14lac_L[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgal6p[c] acgal[c] acgal[e] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] bhb[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cechddd[c] cellb[c] cellb[e] cenchddd[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] chols[c] chor[c] cinnm[c] cinnm[e] cit[c] cit[e] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_D[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galam6p[c] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idon_L[e] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mantr[e] melib[c] melib[e] melt[c] meoh[c] mescon[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] oxptn[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tchola[e] tcynt[c] td2coa[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xtsn[e] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 15DAPt 15dap[c] -> 15dap[e] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGALK3 acgal[c] + atp[c] -> acgal6p[c] + adp[c] + h[c] ACGALt2r acgal[e] + h[e] <=> acgal[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGDC2 acgal6p[c] + h2o[c] -> ac[c] + galam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CINNDO cinnm[c] + h[c] + nadh[c] + o2[c] -> cenchddd[c] + nad[c] CINNMt2r cinnm[e] + h[e] <=> cinnm[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITMALL citmal[c] -> ac[c] + pyr[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2 cytd[e] + h[e] -> cytd[c] + h[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTDt4 cytd[e] + na1[e] -> cytd[c] + na1[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni14(c) clpni14[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5mta(e) 5mta[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgal(e) acgal[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cinnm(e) cinnm[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_idon_L(e) idon_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_sel(e) sel[e] <=> EX_selni(e) selni[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FHL for[c] + h[c] -> co2[c] + h2[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2 g6p[c] + nadp[c] -> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALAM6PDA galam6p[c] + h2o[c] -> nh4[c] + tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc at...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.00077412 10fthf[c] + 0.00077412 2dmmq8[c] + 0.00077412 5mthf[c] + 0.0066312 ACP[c] + 0.07561 PGP[c] + 0.00077412 adocbl[c] + 0.48203 ala_L[c] + 0.0066312 amet[c] + 0.27788 arg_L[c] + 0.22622 asn_L[c] + 0.22622 asp_L[c] + 40.1551 atp[c] + 0.0066312 ca2[c] + 0.0066312 cl[c] + 0.002662 clpn180[c] + 0.002662 clpnai17[c] + 0.002662 clpni17[c] + 0.0066312 coa[c] + 0.0066312 cobalt2[c] + 0.0062527 colipa[c] + 0.11844 ctp[c] + 0.0066312 cu2[c] + 0.085772 cys_L[c] + 0.012816 datp[c] + 0.012816 dctp[c] + 0.012816 dgtp[c] + dnarep[c] + 0.012816 dttp[c] + 0.0066312 fad[c] + 0.0066312 fe2[c] + 0.0066312 fe3[c] + 0.24678 gln_L[c] + 0.24678 glu_L[c] + 0.57432 gly[c] + 0.00077412 gthrd[c] + 0.19068 gtp[c] + 34.9825 h2o[c] + 0.089283 his_L[c] + 0.27236 ile_L[c] + 0.0066312 k[c] + 0.42284 leu_L[c] + 0.32152 lys_L[c] + 0.14395 met_L[c] + 0.0066312 mg2[c] + 0.0066312 mn2[c] + 0.00077412 mqn8[c] + 0.0066312 nad[c] + 0.0066312 nadp[c] + 0.002662 pe180[c] + 0.002662 peai17[c] + 0.002662 pei17[c] + 0.002662 pg180[c] + 0.002662 pgai17[c] + 0.002662 pgi17[c] + 0.17405 phe_L[c] + 0.00077412 pheme[c] + 0.20766 pro_L[c] + proteinsynth[c] + 0.00077412 ptrc[c] + 0.0066312 pydx5p[c] + 0.00077412 q8[c] + 0.0066312 ribflv[c] + rnatrans[c] + 0.20214 ser_L[c] + 0.00077412 sheme[c] + 0.0066312 so4[c] + 0.00077412 spmd[c] + 0.00077412 thf[c] + 0.00077412 thmpp[c] + 0.23776 thr_L[c] + 0.053168 trp_L[c] + 0.13086 tyr_L[c] + 0.07561 udcpdp[c] + 0.12791 utp[c] + 0.39676 val_L[c] + 0.0066312 zn2[c] -> 0.07561 PGPm1[c] + 40 adp[c] + 0.0066312 apoACP[c] + biomass[c] + 0.00077412 cbi[c] + 0.00077412 dmbzid[c] + 40 h[c] + 39.9934 pi[c] + 0.57295 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dkglcn[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3masp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab14lac_L[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgal6p[c] acgal[c] acgal[e] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] bhb[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cechddd[c] cellb[c] cellb[e] cenchddd[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] chols[c] chor[c] cinnm[c] cinnm[e] cit[c] cit[e] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_D[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galam6p[c] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idon_L[e] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mantr[e] melib[c] melib[e] melt[c] meoh[c] mescon[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] oxptn[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tchola[e] tcynt[c] td2coa[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xtsn[e] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 15DAPt 15dap[c] -> 15dap[e] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGALK3 acgal[c] + atp[c] -> acgal6p[c] + adp[c] + h[c] ACGALt2r acgal[e] + h[e] <=> acgal[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGDC2 acgal6p[c] + h2o[c] -> ac[c] + galam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CINNDO cinnm[c] + h[c] + nadh[c] + o2[c] -> cenchddd[c] + nad[c] CINNMt2r cinnm[e] + h[e] <=> cinnm[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITMALL citmal[c] -> ac[c] + pyr[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2 cytd[e] + h[e] -> cytd[c] + h[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTDt4 cytd[e] + na1[e] -> cytd[c] + na1[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni14(c) clpni14[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5mta(e) 5mta[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgal(e) acgal[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cinnm(e) cinnm[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_idon_L(e) idon_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_sel(e) sel[e] <=> EX_selni(e) selni[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FHL for[c] + h[c] -> co2[c] + h2[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016046 datp[c] + 0.015995 dctp[c] + 0.015995 dgtp[c] + dnarep[c] + 0.016046 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3masp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chor[c] cit[c] cit[e] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_D[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[e] mana[c] mbdg[c] meoh[c] mercplac[c] mercppyr[c] mescon[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xtsn[e] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3KGK 3dhguln[c] + atp[c] -> 3dhgulnp[c] + adp[c] + h[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITMALL citmal[c] -> ac[c] + pyr[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2 cytd[e] + h[e] -> cytd[c] + h[c] CYTDt4 cytd[e] + na1[e] -> cytd[c] + na1[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_5mta(e) 5mta[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 11m3hddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12mtmrs2eACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 25aics[c] 25dkglcn[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3ohcoa[c] 3ohdcoa[c] 3oocoa[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dh4dglc[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC00955[c] HC01577[c] HC01609[c] HC01668[c] HC01700[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] ac[c] ac[e] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amopbut_L[c] amp[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] bhb[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] btnso[c] but2eACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcacoa[c] dcamp[c] dcdp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gagicolipa[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] k[c] k[e] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man6p[e] mana[c] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] phe_L[c] phe_L[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucsal[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpg[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urate[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FHL for[c] + h[c] -> co2[c] + h2[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDH2 g6p[c] + nadp[c] -> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOXmq glc_bD[c] + mqn8[c] <=> g15lac[c] + mql8[c] GNOXuq glc_bD[c] + q8[c] <=> g15lac[c] + q8h2[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICL icit[c] -> glx[c] + succ[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KG6PDC 3dhgulnp[c] + h[c] -> co2[c] + xu5p_L[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6Pt6_2 man6p[e] + 2 pi[c] -> man6p[c] + 2 pi[e] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMM2r succoa[c] <=> mmcoa_R[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NO2t2 h[e] + no2[e] -> h[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PROte pro_L[c] -> pro_L[e] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCTA akg[c] + ptrc[c] -> 4abutn[c] + glu_L[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RB...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 25aics[c] 25dhpp[c] 25dkglcn[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] bhb[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idon_L[e] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[e] mana[c] mantr[c] mantr[e] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xtsn[e] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_idon_L(e) idon_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_sel(e) sel[e] <=> EX_selni(e) selni[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FHL for[c] + h[c] -> co2[c] + h2[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.029088 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.029088 colipa[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.029088 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.029088 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 25aics[c] 25dhpp[c] 25dkglcn[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hoxpacd[c] 4hoxpacd[e] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] bhb[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cechddd[c] cellb[c] cenchddd[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] chols[c] chor[c] cinnm[c] cinnm[e] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[e] mana[c] mantr[c] mantr[e] melib[c] melib[e] melt[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xtsn[e] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CINNDO cinnm[c] + h[c] + nadh[c] + o2[c] -> cenchddd[c] + nad[c] CINNMt2r cinnm[e] + h[e] <=> cinnm[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2 cytd[e] + h[e] -> cytd[c] + h[c] CYTDt4 cytd[e] + na1[e] -> cytd[c] + na1[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cinnm(e) cinnm[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_sel(e) sel[e] <=> EX_selni(e) selni[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FHL for[c] + h[c] -> co2[c] + h2[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2 g6p[c] + nadp[c] -> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXS coa[c] + h[c] + mal_L[c] <=>...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016688 datp[c] + 0.010189 dctp[c] + 0.010189 dgtp[c] + dnarep[c] + 0.016688 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] Largn[c] Lcyst[c] M00512[c] M01966[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] achms[c] acon_C[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galct_D[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lpro[c] lys_L[c] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] man1p[c] man6p[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] s[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] succ[c] succ[e] succoa[c] suchms[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai1...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.014103 datp[c] + 0.012771 dctp[c] + 0.012771 dgtp[c] + dnarep[c] + 0.014103 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] C02528[e] CE5656[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cfesp[c] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hmbil[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] mecfsp[c] meoh[c] meoh[e] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mmtsa[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pect[e] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CODH_ACS co2[c] + coa[c] + fdxrd[c] + mecfsp[c] -> accoa[c] + cfesp[c] + fdxox[c] + h2o[c] + h[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_meoh(e) meoh[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_pect(e) pect[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDHfdx co2[c] + fdxrd[c] <=> fdxox[c] + for[c] + h[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLRrev fol[c] + h[c] + 2 nadph[c] -> 2 nadp[c] + thf[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HIBDkt 3hmp[c] + nad[c] -> h[c] + mmtsa[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYDFDN2rfdx fdxrd[c] + h[c] + nadph[c] <=> fdxox[c] + 2 h2[c] + nadp[c] HYDFDNrfdx fdxrd[c] + h[c] + nadh[c] <=> fdxox[c] + 2 h2[c] + nad[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> gly...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013903 datp[c] + 0.012971 dctp[c] + 0.012971 dgtp[c] + dnarep[c] + 0.013903 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellul[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chor[e] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mbdg[c] melib[c] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLUL_DEGe cellul[e] + 499 h2o[e] -> 500 glc_D[e] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellul(e) cellul[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ameph[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mop[c] 4mpetz[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mta[c] 5mtr[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] ACP[c] C11821[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] abt[c] ac[c] ac[e] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acmanap[c] acnam[c] acon_C[c] acser[c] actACP[c] actp[c] ade[c] adn[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btcoa[c] btoh[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] f1p[c] f6p[c] fad[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gdp[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] k[c] k[e] l2a6o[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lys_L[c] lys_L[e] madg[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] ohpb[c] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pap[c] pb[c] pb[e] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt_D[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succoa[c] sucr[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thm[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] thymd[e] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_26dap_M(e) 26dap_M[e] <=> EX_ac(e) ac[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SNCOAT np2msucc[c] + succoa[c] <=> np2msucccoa[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt4 na1[e] + thymd[e] -> na1[c] + thymd[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016779 datp[c] + 0.010098 dctp[c] + 0.010098 dgtp[c] + dnarep[c] + 0.016779 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] C02528[e] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] altrn[c] amet[c] ametam[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] biomass[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hmbil[c] hom_L[c] hpyr[c] hxan[c] hxan[e] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] methf[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2SO h2s[c] + 2 o2[c] -> 2 h[c] + so4[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCTDPS frdp[c] + 5 ipdp[c] -> octdp[c] + 5 ppi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01542 datp[c] + 0.011456 dctp[c] + 0.011456 dgtp[c] + dnarep[c] + 0.01542 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 37.16 h2o[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 41.257 h[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 35dacap[c] 36dahx[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xyl_D[c] xyl_D[e] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOBDabc atp[c] + h2o[c] + mobd[e] -> adp[c] + h[c] + mobd[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtd...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] L2aadp6sa[c] Largn[c] Lcystin[e] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aa[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] amylopect900[e] amylose300[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arabinoxyl[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[e] gthrd[c] gthrd[e] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] meoh[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pect[e] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pullulan1200[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_L[c] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] urea[e] uri[c] utp[c] val_L[c] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylan[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] AMYLOPECTe amylopect900[e] + 299 h2o[e] -> 300 malttr[e] AMYLe amylose300[e] + 199 h2o[e] -> 100 glc_D[e] + 100 malt[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARABINOXYL_DEGe arabinoxyl[e] + 53 h2o[e] -> 18 arab_L[e] + 3 gal[e] + 3 glc_D[e] + 30 xyl_D[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ESHCYS2_FPe 2 cys_L[e] + ribflv[e] <=> Lcystin[e] + rbflvrd[e] ESHCYS_FPe 4 cys_L[e] + o2[e] -> 2 Lcystin[e] + 2 h2o[e] ESHGLU2_FPe 2 gthrd[e] + ribflv[e] <=> gthox[e] + rbflvrd[e] ESHGLU_FPe 4 gthrd[e] + o2[e] -> 2 gthox[e] + 2 h2o[e] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcystin(e) Lcystin[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amylopect900(e) amylopect900[e] <=> EX_amylose300(e) amylose300[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabinoxyl(e) arabinoxyl[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthox(e) gthox[e] <=> EX_gthrd(e) gthrd[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inulin(e) inulin[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_meoh(e) meoh[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pect(e) pect[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pullulan1200(e) pullulan1200[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rbflvrd(e) rbflvrd[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_xylan(e) xylan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAMt2r gam[e] + h[e] <=> gam[c] + h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0039698 10fthf[c] + 0.0039698 2dmmq8[c] + 0.0039698 5mthf[c] + 0.0078745 ACP[c] + 0.047141 PGP[c] + 0.0039698 adocbl[c] + 0.00090305 ai17tca1[c] + 0.00090305 ai17tcaacgam[c] + 0.00090305 ai17tcaala_D[c] + 0.00090305 ai17tcaglc[c] + 0.38381 ala_L[c] + 0.0078745 amet[c] + 0.24084 arg_L[c] + 0.1915 asn_L[c] + 0.1915 asp_L[c] + 40.7308 atp[c] + 0.0078745 ca2[c] + 0.0078745 cl[c] + 0.0042936 clpn180[c] + 0.0042936 clpnai17[c] + 0.0042936 clpni17[c] + 0.0078745 coa[c] + 0.0078745 cobalt2[c] + 0.078002 ctp[c] + 0.0078745 cu2[c] + 0.072967 cys_L[c] + 0.012592 datp[c] + 0.012592 dctp[c] + 0.012592 dgtp[c] + dnarep[c] + 0.012592 dttp[c] + 0.0078745 fad[c] + 0.0078745 fe2[c] + 0.0078745 fe3[c] + 0.25851 gln_L[c] + 0.25851 glu_L[c] + 0.50257 gly[c] + 0.00090305 glyc45tca[c] + 0.00090305 glyc45tcaala_D[c] + 0.00090305 glyc45tcaglc[c] + 0.0039698 gthrd[c] + 0.12575 gtp[c] + 35.9783 h2o[c] + 0.087285 his_L[c] + 0.00090305 i17tca1[c] + 0.00090305 i17tcaacgam[c] + 0.00090305 i17tcaala_D[c] + 0.00090305 i17tcaglc[c] + 0.27649 ile_L[c] + 0.0078745 k[c] + 0.39306 leu_L[c] + 0.32863 lys_L[c] + 0.13142 met_L[c] + 0.0078745 mg2[c] + 0.0078745 mn2[c] + 0.0039698 mqn8[c] + 0.0078745 nad[c] + 0.0078745 nadp[c] + 0.0042936 pe180[c] + 0.0042936 peai17[c] + 0.0042936 pei17[c] + 0.0042936 pg180[c] + 0.0042936 pgai17[c] + 0.0042936 pgi17[c] + 0.17838 phe_L[c] + 0.0039698 pheme[c] + 0.18823 pro_L[c] + proteinsynth[c] + 0.0039698 ptrc[c] + 0.0078745 pydx5p[c] + 0.0039698 q8[c] + 0.0078745 ribflv[c] + rnatrans[c] + 0.21322 ser_L[c] + 0.0039698 sheme[c] + 0.0078745 so4[c] + 0.0039698 spmd[c] + 0.00090305 sttca1[c] + 0.00090305 sttcaacgam[c] + 0.00090305 sttcaala_D[c] + 0.00090305 sttcaglc[c] + 0.00090305 tcam[c] + 0.0039698 thf[c] + 0.0039698 thmpp[c] + 0.21675 thr_L[c] + 0.054827 trp_L[c] + 0.12265 tyr_L[c] + 0.047141 udcpdp[c] + 0.084248 utp[c] + 0.35966 val_L[c] + 0.0078745 zn2[c] -> 0.04985 PGPm1[c] + 40.6285 adp[c] + 0.0078745 apoACP[c] + biomass[c] + 0.0039698 cbi[c] + 0.0039698 dmbzid[c] + 40.6285 h[c] + 40.6206 pi[c] + 0.39365 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] L2aadp6sa[c] Largn[c] Lcystin[e] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aa[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] amylopect900[e] amylose300[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arabinoxyl[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[e] gthrd[c] gthrd[e] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] meoh[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pect[e] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pullulan1200[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_L[c] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] urea[e] uri[c] utp[c] val_L[c] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylan[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] AMYLOPECTe amylopect900[e] + 299 h2o[e] -> 300 malttr[e] AMYLe amylose300[e] + 199 h2o[e] -> 100 glc_D[e] + 100 malt[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARABINOXYL_DEGe arabinoxyl[e] + 53 h2o[e] -> 18 arab_L[e] + 3 gal[e] + 3 glc_D[e] + 30 xyl_D[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ESHCYS2_FPe 2 cys_L[e] + ribflv[e] <=> Lcystin[e] + rbflvrd[e] ESHCYS_FPe 4 cys_L[e] + o2[e] -> 2 Lcystin[e] + 2 h2o[e] ESHGLU2_FPe 2 gthrd[e] + ribflv[e] <=> gthox[e] + rbflvrd[e] ESHGLU_FPe 4 gthrd[e] + o2[e] -> 2 gthox[e] + 2 h2o[e] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcystin(e) Lcystin[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amylopect900(e) amylopect900[e] <=> EX_amylose300(e) amylose300[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabinoxyl(e) arabinoxyl[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthox(e) gthox[e] <=> EX_gthrd(e) gthrd[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inulin(e) inulin[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_meoh(e) meoh[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pect(e) pect[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pullulan1200(e) pullulan1200[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rbflvrd(e) rbflvrd[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_xylan(e) xylan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAMt2r gam[e] + h[e] <=> gam[c] + h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.015979 datp[c] + 0.010897 dctp[c] + 0.010897 dgtp[c] + dnarep[c] + 0.015979 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34hpp[c] 36dahx[c] 3btcoa[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hbz[e] 4hdxbutn[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] Largn[c] Lcyst[c] M00512[c] M01966[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] achms[c] acon_C[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cbi[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chor[c] cit[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlpro[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fum[c] fum[e] g1p[c] g3p[c] g6p[c] gam1p[c] gam6p[c] gar[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] leu_L[c] leu_L[e] lys_L[c] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] man1p[c] man6p[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDDI ipdp[c] <=> dmpp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S17BPH h2o[c] + s17bp[c] -> pi[c] + s7p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SNCOAT np2msucc[c] + succoa[c] <=> np2msucccoa[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDt2 h[e] + spmd[e] -> h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRAr thr_L[c] <=> acald[c] + gly[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r1384 gsn[c] + h2o[c] + h[c] <=> nh4[c] + xtsn[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] HC01668[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] applp[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] cholate[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] dann[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhor_S[c] dhpt[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtmp[c] dtmp[e] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fuc_L[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] ispre[c] ispre[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] mantr[c] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] ser_L[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] strch1[e] strch2[e] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] up4g[c] ura[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITCAt ca2[e] + cit[e] + h[e] <=> ca2[c] + cit[c] + h[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPL dmpp[c] -> ispre[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DTMPt dtmp[e] + h[e] <=> dtmp[c] + h[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_dtmp(e) dtmp[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isoprene(e) ispre[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ribflv(e) ribflv[e] <=> EX_so4(e) so4[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISPREt ispre[e] <=> ispre[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS13 accoa[c] + 23 h[c] + 8 malcoa[c] + 16 nadph[c] -> 8 co2[c] + 9 coa[c] + 7 h2o[c] + 16 nadp[c] + ocdca[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS1c coa[c] + gtp[c] + succ[c] <=> gdp[c] + pi[c] + succoa[c] SULFR 2 focytC[c] + 2 h[c] + so4[c] -> 2 ficytC[c] + h2o[c] + so3[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULt2 h[e] + tsul[e] <=> h[c] + tsul[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] UPPN cala[c] + h2o[c] + 2 h[c] -> ala_B[c] + co2[c] + nh4[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt4 na1[e] + uri[e] -> na1[c] + uri[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLt xyl_D[e] <=> xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0220 HC01668[c] + coa[c] <=> amp[c] + h[c] + ppcoa[c] r0318i atp[c] + h[c] + ppa[c] -> HC01668[c] + ppi[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] HC01668[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] applp[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] cholate[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] dann[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhor_S[c] dhpt[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtmp[c] dtmp[e] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fuc_L[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] ispre[c] ispre[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] mantr[c] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] ser_L[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] strch1[e] strch2[e] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] up4g[c] ura[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITCAt ca2[e] + cit[e] + h[e] <=> ca2[c] + cit[c] + h[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPL dmpp[c] -> ispre[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DTMPt dtmp[e] + h[e] <=> dtmp[c] + h[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_dtmp(e) dtmp[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isoprene(e) ispre[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ribflv(e) ribflv[e] <=> EX_so4(e) so4[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISPREt ispre[e] <=> ispre[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS13 accoa[c] + 23 h[c] + 8 malcoa[c] + 16 nadph[c] -> 8 co2[c] + 9 coa[c] + 7 h2o[c] + 16 nadp[c] + ocdca[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS1c coa[c] + gtp[c] + succ[c] <=> gdp[c] + pi[c] + succoa[c] SULFR 2 focytC[c] + 2 h[c] + so4[c] -> 2 ficytC[c] + h2o[c] + so3[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULt2 h[e] + tsul[e] <=> h[c] + tsul[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] UPPN cala[c] + h2o[c] + 2 h[c] -> ala_B[c] + co2[c] + nh4[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt4 na1[e] + uri[e] -> na1[c] + uri[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLt xyl_D[e] <=> xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0220 HC01668[c] + coa[c] <=> amp[c] + h[c] + ppcoa[c] r0318i atp[c] + h[c] + ppa[c] -> HC01668[c] + ppi[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016159 datp[c] + 0.010718 dctp[c] + 0.010718 dgtp[c] + dnarep[c] + 0.016159 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 35dacap[c] 36dahx[c] 3c2hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] achms[c] acnam[c] acon_C[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[e] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hmbil[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] man1p[c] man6p[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n2[c] n2[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] sarcs[c] scl[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] sucarg[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBDHc 2obut[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.020024 ACP[c] + 0.016391 PGP[c] + 0.31096 ala_L[c] + 0.020024 amet[c] + 0.22477 arg_L[c] + 0.17239 asn_L[c] + 0.17239 asp_L[c] + 40.0531 atp[c] + 0.020024 ca2[c] + 0.020024 cl[c] + 0.020024 coa[c] + 0.020024 cobalt2[c] + 0.040362 ctp[c] + 0.020024 cu2[c] + 0.066193 cys_L[c] + 0.0098522 datp[c] + 0.0098522 dctp[c] + 0.0098522 dgtp[c] + dnarep[c] + 0.0098522 dttp[c] + 0.020024 fad[c] + 0.020024 fe2[c] + 0.020024 fe3[c] + 0.30335 gln_L[c] + 0.30335 glu_L[c] + 0.47573 gly[c] + 0.065512 gtp[c] + 35.2379 h2o[c] + 0.095242 his_L[c] + 0.3143 ile_L[c] + 0.020024 k[c] + 0.40383 leu_L[c] + 0.37621 lys_L[c] + 0.13191 met_L[c] + 0.020024 mg2[c] + 0.020024 mn2[c] + 0.020024 nad[c] + 0.020024 nadp[c] + 0.20477 phe_L[c] + 0.18715 pro_L[c] + proteinsynth[c] + 0.020024 pydx5p[c] + 0.020024 ribflv[c] + rnatrans[c] + 0.25191 ser_L[c] + 0.020024 so4[c] + 0.016391 tcam[c] + 0.21715 thr_L[c] + 0.063336 trp_L[c] + 0.12905 tyr_L[c] + 0.016391 udcpdp[c] + 0.043607 utp[c] + 0.35763 val_L[c] + 0.020024 zn2[c] -> 0.016391 PGPm1[c] + 40 adp[c] + 0.020024 apoACP[c] + biomass[c] + 40 h[c] + 39.98 pi[c] + 0.16341 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai17tca1[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] cholate[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galmannan[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i15tca1[c] i16tca1[c] i17tca1[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mbdg[c] meoh[c] meoh[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pect[e] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] succ[c] succ[e] succoa[c] suchms[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] up4g[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galmannan(e) galmannan[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_meoh(e) meoh[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pect(e) pect[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALMANNAN_DEGe galmannan[e] + 999 h2o[e] -> 220 gal[e] + 780 man[e] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PECTIN_DEGe 390 h2o[e] + h[e] + pect[e] -> 390 galur[e] + 195 meoh[e] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + th...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.012686 datp[c] + 0.014187 dctp[c] + 0.014187 dgtp[c] + dnarep[c] + 0.012686 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ins[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 44dpnspr[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Lcyst[c] Lfmkynr[c] Lkynr[c] Lkynr[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] camp[c] catechol[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] copre5[c] copre5b[c] cpppg1[c] cpppg3[c] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dhsql[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] din[e] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkmpp[c] hmbil[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] mcrea[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSQLD dhsql[c] + 3 fad[c] -> 44dpnspr[c] + 3 fadh2[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKMPPI hkmpp[c] -> dkmpp[c] HKYNH h2o[c] + hLkynr[c] -> 3hanthrn[c] + ala_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSNOOX 4hmsaclt[c] + 2 h[c] + nadh[c] + o2[c] <=> 4hmcachl[c] + co2[c] + h2o[c] + nad[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LKYNRt2r Lkynr[e] + h[e] <=> Lkynr[c] + h[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> a...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dhchol[e] 12dihdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] C02528[e] C11821[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Lcystin[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgal[c] acgal[e] acgalglcur[e] acgalidour2s[e] acgalidour[e] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] cspg_a[e] cspg_a_degr[e] cspg_ab_rest[e] cspg_b[e] cspg_b_degr[e] cspg_c[e] cspg_c_degr[e] cspg_c_rest[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idour[e] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] meoh[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] no[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pect[e] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbflvrd[e] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGALt2r acgal[e] + h[e] <=> acgal[c] + h[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CS4TASE cspg_a_degr[e] + h2o[e] -> acgalglcur[e] + h[e] + so4[e] CS4TASE2 cspg_b_degr[e] + h2o[e] -> acgalidour2s[e] + h[e] + so4[e] CS6TASE cspg_c_degr[e] + h2o[e] -> acgalglcur[e] + h[e] + so4[e] CSABCASE_A_e cspg_a[e] + 2 h2o[e] -> 2 cspg_a_degr[e] + cspg_ab_rest[e] CSABCASE_B_e cspg_b[e] + 2 h2o[e] -> cspg_a_degr[e] + cspg_ab_rest[e] + cspg_b_degr[e] CSABCASE_C_e cspg_c[e] + 2 h2o[e] -> 2 cspg_c_degr[e] + cspg_c_rest[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYFO o2[e] + 2 rbflvrd[e] -> 2 h2o[e] + 2 ribflv[e] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ESHCYS2_FPe 2 cys_L[e] + ribflv[e] <=> Lcystin[e] + rbflvrd[e] ESHCYS_FPe 4 cys_L[e] + o2[e] -> 2 Lcystin[e] + 2 h2o[e] ESHGLU2_FPe 2 gthrd[e] + ribflv[e] <=> gthox[e] + rbflvrd[e] ESHGLU_FPe 4 gthrd[e] + o2[e] -> 2 gthox[e] + 2 h2o[e] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lcystin(e) Lcystin[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgal(e) acgal[e] <=> EX_acgalglcur(e) acgalglcur[e] <=> EX_acgalidour(e) acgalidour[e] <=> EX_acgalidour2s(e) acgalidour2s[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cspg_a(e) cspg_a[e] <=> EX_cspg_a_degr(e) cspg_a_degr[e] <=> EX_cspg_ab_rest(e) cspg_ab_rest[e] <=> EX_cspg_b(e) cspg_b[e] <=> EX_cspg_b_degr(e) cspg_b_degr[e] <=> EX_cspg_c(e) cspg_c[e] <=> EX_cspg_c_degr(e) cspg_c_degr[e] <=> EX_cspg_c_rest(e) cspg_c_rest[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthox(e) gthox[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_idour(e) idour[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_meoh(e) meoh[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_pect(e) pect[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rbflvrd(e) rbflvrd[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FLVRxe h[c] + nadh[c] + ribflv[e] -> nad[c] + rbflvrd[e] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAMt2r gam[e] + h[e] <=> gam[c] + h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCAASEe acgalglcur[e] + h2o[e] -> acgal[e] + glcur[e] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICDHyr icit[c] + nadp[c] <=> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IDOURASE acgalidour[e] + h2o[e] -> acgal[e] + idour[e] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] IS2TASE acgalidour2s[e] + h2o[e] -> acgalidour[e] + h[e] + so4[e] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] +...
Warning: Repeated mets in the formula for rxn 'biomassPan'. Combine the stoichiometry.
input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0047638 10fthf[c] + 0.0047638 2dmmq8[c] + 0.0047638 5mthf[c] + 0.0078876 ACP[c] + 0.038074 PGP[c] + 0.0047638 adocbl[c] + 0.0010837 ai17tca1[c] + 0.0010837 ai17tcaacgam[c] + 0.0010837 ai17tcaala_D[c] + 0.0010837 ai17tcaglc[c] + 0.36056 ala_L[c] + 0.0078876 amet[c] + 0.23135 arg_L[c] + 0.18287 asn_L[c] + 0.18287 asp_L[c] + 40.8429 atp[c] + 0.0078876 ca2[c] + 0.0078876 cl[c] + 0.0051523 clpn180[c] + 0.0051523 clpnai17[c] + 0.0051523 clpni17[c] + 0.0078876 coa[c] + 0.0078876 cobalt2[c] + 0.067626 ctp[c] + 0.0078876 cu2[c] + 0.069764 cys_L[c] + 0.011832 datp[c] + 0.013688 dctp[c] + 0.013688 dgtp[c] + dnarep[c] + 0.011832 dttp[c] + 0.0078876 fad[c] + 0.0078876 fe2[c] + 0.0078876 fe3[c] + 0.25901 gln_L[c] + 0.25901 glu_L[c] + 0.48392 gly[c] + 0.0010837 glyc45tca[c] + 0.0010837 glyc45tcaala_D[c] + 0.0010837 glyc45tcaglc[c] + 0.0047638 gthrd[c] + 0.10908 gtp[c] + 8.7542 h[c] + 0.086218 his_L[c] + 0.0010837 i17tca1[c] + 0.0010837 i17tcaacgam[c] + 0.0010837 i17tcaala_D[c] + 0.0010837 i17tcaglc[c] + 0.27528 ile_L[c] + 0.0078876 k[c] + 0.38394 leu_L[c] + 0.32764 lys_L[c] + 0.12784 met_L[c] + 0.0078876 mg2[c] + 0.0078876 mn2[c] + 0.0047638 mqn8[c] + 0.0078876 nad[c] + 0.0078876 nadp[c] + 0.0051523 pe180[c] + 0.0051523 peai17[c] + 0.0051523 pei17[c] + 0.0051523 pg180[c] + 0.0051523 pgai17[c] + 0.0051523 pgi17[c] + 0.17794 phe_L[c] + 0.0047638 pheme[c] + 0.18279 pro_L[c] + proteinsynth[c] + 0.0047638 ptrc[c] + 0.0078876 pydx5p[c] + 0.0047638 q8[c] + 0.0078876 ribflv[c] + rnatrans[c] + 0.21393 ser_L[c] + 0.0047638 sheme[c] + 0.0078876 so4[c] + 0.0047638 spmd[c] + 0.0010837 sttca1[c] + 0.0010837 sttcaacgam[c] + 0.0010837 sttcaala_D[c] + 0.0010837 sttcaglc[c] + 0.0010837 tcam[c] + 0.0047638 thf[c] + 0.0047638 thmpp[c] + 0.21076 thr_L[c] + 0.05476 trp_L[c] + 0.12032 tyr_L[c] + 0.038074 udcpdp[c] + 0.073043 utp[c] + 0.34927 val_L[c] + 0.0078876 zn2[c] -> 0.041325 PGPm1[c] + 40.7542 adp[c] + 0.0078876 apoACP[c] + biomass[c] + 0.0047638 cbi[c] + 0.0047638 dmbzid[c] + 13.2938 h2o[c] + 40.7463 pi[c] + 0.35189 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dhchol[e] 12dihdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] C02528[e] C11821[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Lcystin[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgal[c] acgal[e] acgalglcur[e] acgalidour2s[e] acgalidour[e] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] cspg_a[e] cspg_a_degr[e] cspg_ab_rest[e] cspg_b[e] cspg_b_degr[e] cspg_c[e] cspg_c_degr[e] cspg_c_rest[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idour[e] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] meoh[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] no[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pect[e] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbflvrd[e] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGALt2r acgal[e] + h[e] <=> acgal[c] + h[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CS4TASE cspg_a_degr[e] + h2o[e] -> acgalglcur[e] + h[e] + so4[e] CS4TASE2 cspg_b_degr[e] + h2o[e] -> acgalidour2s[e] + h[e] + so4[e] CS6TASE cspg_c_degr[e] + h2o[e] -> acgalglcur[e] + h[e] + so4[e] CSABCASE_A_e cspg_a[e] + 2 h2o[e] -> 2 cspg_a_degr[e] + cspg_ab_rest[e] CSABCASE_B_e cspg_b[e] + 2 h2o[e] -> cspg_a_degr[e] + cspg_ab_rest[e] + cspg_b_degr[e] CSABCASE_C_e cspg_c[e] + 2 h2o[e] -> 2 cspg_c_degr[e] + cspg_c_rest[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYFO o2[e] + 2 rbflvrd[e] -> 2 h2o[e] + 2 ribflv[e] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ESHCYS2_FPe 2 cys_L[e] + ribflv[e] <=> Lcystin[e] + rbflvrd[e] ESHCYS_FPe 4 cys_L[e] + o2[e] -> 2 Lcystin[e] + 2 h2o[e] ESHGLU2_FPe 2 gthrd[e] + ribflv[e] <=> gthox[e] + rbflvrd[e] ESHGLU_FPe 4 gthrd[e] + o2[e] -> 2 gthox[e] + 2 h2o[e] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lcystin(e) Lcystin[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgal(e) acgal[e] <=> EX_acgalglcur(e) acgalglcur[e] <=> EX_acgalidour(e) acgalidour[e] <=> EX_acgalidour2s(e) acgalidour2s[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cspg_a(e) cspg_a[e] <=> EX_cspg_a_degr(e) cspg_a_degr[e] <=> EX_cspg_ab_rest(e) cspg_ab_rest[e] <=> EX_cspg_b(e) cspg_b[e] <=> EX_cspg_b_degr(e) cspg_b_degr[e] <=> EX_cspg_c(e) cspg_c[e] <=> EX_cspg_c_degr(e) cspg_c_degr[e] <=> EX_cspg_c_rest(e) cspg_c_rest[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthox(e) gthox[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_idour(e) idour[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_meoh(e) meoh[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_pect(e) pect[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rbflvrd(e) rbflvrd[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FLVRxe h[c] + nadh[c] + ribflv[e] -> nad[c] + rbflvrd[e] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAMt2r gam[e] + h[e] <=> gam[c] + h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCAASEe acgalglcur[e] + h2o[e] -> acgal[e] + glcur[e] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICDHyr icit[c] + nadp[c] <=> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IDOURASE acgalidour[e] + h2o[e] -> acgal[e] + idour[e] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] IS2TASE acgalidour2s[e] + h2o[e] -> acgalidour[e] + h[e] + so4[e] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016385 datp[c] + 0.010491 dctp[c] + 0.010491 dgtp[c] + dnarep[c] + 0.016385 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] Largn[c] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_D[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12dgr180(e) 12dgr180[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2 aacoa[c] + h[c] + nadph[c] <=> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01843 datp[c] + 0.0084481 dctp[c] + 0.0084481 dgtp[c] + dnarep[c] + 0.01843 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 37.16 h2o[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 41.257 h[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmalt[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adprib[c] agdpcbi[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chor[c] chor[e] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etha[e] etoh[c] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] hom_L[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppi[c] pram[c] prbatp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succoa[c] sucr[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITCAt ca2[e] + cit[e] + h[e] <=> ca2[c] + cit[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_etha(e) etha[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pyr(e) pyr[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MK8t mqn8[c] <=> mqn8[e] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SNCOAT np2msucc[c] + succoa[c] <=> np2msucccoa[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017351 datp[c] + 0.0095268 dctp[c] + 0.0095268 dgtp[c] + dnarep[c] + 0.017351 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abut[c] 4abutn[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hdxbutn[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01104[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amp[c] apoACP[c] apoC_Lys_btn[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] ethamp[c] ethso3[c] ethso3[e] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fum[c] fum[e] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] galct_D[c] gam1p[c] gam6p[c] gar[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt[c] man1p[c] man6p[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] sucarg[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 15DAPt 15dap[c] -> 15dap[e] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTI tre[c] <=> malt[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXPTNDH h2o[c] + nad[c] + oxptn[c] <=> glutar[c] + 2 h[c] + nadh[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPRDNDH 2 h2o[c] + nad[c] + pprdn[c] -> 5aptn[c] + h[c] + nadh[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] R...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018259 datp[c] + 0.008619 dctp[c] + 0.008619 dgtp[c] + dnarep[c] + 0.018259 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 25aics[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dr1p[c] 2dr5p[c] 2ins[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2obut[c] 2obut[e] 2p4c2me[c] 2pg[c] 2pglyc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00900[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acorn[c] actACP[c] actp[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btoh[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dm[c] dtdp[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hpyr[c] hxan[c] hxan[e] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocdcaACP[c] ocdca[c] ocdca[e] octeACP[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA180ACPHrev ACP[c] + h[c] + ocdca[c] -> h2o[c] + ocdcaACP[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBDHc 2obut[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01046 datp[c] + 0.01641 dctp[c] + 0.01641 dgtp[c] + dnarep[c] + 0.01046 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dgr180[e] 12dhchol[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dglc[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3amp[c] 3btcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01104[c] HC01434[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] altrn[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal[c] galct_D[c] galur[c] gam1p[c] gam6p[c] gam[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcr[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] mana[c] mantr[c] melib[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sarcs[c] sbt_D[c] sbzcoa[c] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] td2coa[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2dmmq8[c] 2dr1p[c] 2h3oppan[c] 2hydog[c] 2hydogcoa[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5forthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acmanap[c] acnam[c] acorn[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] pyr[e] q8[c] q8h2[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc[c] scl[c] ser_D[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSHSL h2o[c] + hcys_L[c] <=> 2obut[c] + h2s[c] + nh4[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] OXPTNDH h2o[c] + nad[c] + oxptn[c] <=> glutar[c] + 2 h[c] + nadh[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIt7 3 na1[e] + pi[e] <=> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPRDNDH 2 h2o[c] + nad[c] + pprdn[c] -> 5aptn[c] + h[c] + nadh[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SALCS2 ichor[c] -> pyr[c] + salc[c] SERD_D ser_D[c] -> nh4[c] + pyr[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> a...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2dmmq8[c] 2dr1p[c] 2h3oppan[c] 2hydog[c] 2hydogcoa[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5forthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acmanap[c] acnam[c] acorn[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] pyr[e] q8[c] q8h2[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc[c] scl[c] ser_D[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSHSL h2o[c] + hcys_L[c] <=> 2obut[c] + h2s[c] + nh4[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] OXPTNDH h2o[c] + nad[c] + oxptn[c] <=> glutar[c] + 2 h[c] + nadh[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIt7 3 na1[e] + pi[e] <=> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPRDNDH 2 h2o[c] + nad[c] + pprdn[c] -> 5aptn[c] + h[c] + nadh[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SALCS2 ichor[c] -> pyr[c] + salc[c] SERD_D ser_D[c] -> nh4[c] + pyr[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hydog[c] 2hydogcoa[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 33hmeoxobut[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhmphze[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] din[e] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mphze[c] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phphhlipa[c] phpyr[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] scl[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tchola[e] td2coa[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abut(e) 4abut[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NODOx nadh[c] + 2 no[c] + 2 o2[c] -> h[c] + nad[c] + 2 no3[c] NODOy nadph[c] + 2 no[c] + 2 o2[c] -> h[c] + nadp[c] + 2 no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] NTRARx h[c] + nadh[c] + no3[c] -> h2o[c] + nad[c] + no2[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] OXPTNDH h2o[c] + nad[c] + oxptn[c] <=> glutar[c] + 2 h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2dhp[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hydog[c] 2hydogcoa[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5forthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] laccoa[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpncoa[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc[c] scl[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSHSL h2o[c] + hcys_L[c] <=> 2obut[c] + h2s[c] + nh4[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACCOAD laccoa[c] -> h2o[c] + prpncoa[c] LACCOAT lac_L[c] + ppcoa[c] <=> laccoa[c] + ppa[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] OXPTNDH h2o[c] + nad[c] + oxptn[c] <=> glutar[c] + 2 h[c] + nadh[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPCOA_FDX_OX fdxrd[c] + prpncoa[c] <=> fdxox[c] + ppcoa[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPRDNDH 2 h2o[c] + nad[c] + pprdn[c] -> 5aptn[c] + h[c] + nadh[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SALCS2 ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hydog[c] 2hydogcoa[c] 2ins[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai17tca1[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn_R[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i15tca1[c] i16tca1[c] i17tca1[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phenol[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 15DAPt 15dap[c] -> 15dap[e] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_phenol(e) phenol[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRR3x h[c] + hpyr[c] + nadh[c] + nh4[c] -> h2o[c] + nad[c] + ser_L[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MK8t mqn8[c] <=> mqn8[e] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0011612 10fthf[c] + 0.0011612 2dmmq8[c] + 0.0011612 5mthf[c] + 0.0060421 ACP[c] + 0.067177 PGP[c] + 0.0011612 adocbl[c] + 0.47301 ala_L[c] + 0.0060421 amet[c] + 0.27268 arg_L[c] + 0.22199 asn_L[c] + 0.22199 asp_L[c] + 40.1476 atp[c] + 0.0060421 ca2[c] + 0.0060421 cl[c] + 0.003993 clpn180[c] + 0.003993 clpnai17[c] + 0.003993 clpni17[c] + 0.0060421 coa[c] + 0.0060421 cobalt2[c] + 0.0093791 colipa[c] + 0.11271 ctp[c] + 0.0060421 cu2[c] + 0.084167 cys_L[c] + 0.014266 datp[c] + 0.012435 dctp[c] + 0.012435 dgtp[c] + dnarep[c] + 0.014266 dttp[c] + 0.0060421 fad[c] + 0.0060421 fe2[c] + 0.0060421 fe3[c] + 0.24217 gln_L[c] + 0.24217 glu_L[c] + 0.56358 gly[c] + 0.0011612 gthrd[c] + 0.18147 gtp[c] + 35.0754 h2o[c] + 0.087613 his_L[c] + 0.26727 ile_L[c] + 0.0060421 k[c] + 0.41493 leu_L[c] + 0.31551 lys_L[c] + 0.14126 met_L[c] + 0.0060421 mg2[c] + 0.0060421 mn2[c] + 0.0011612 mqn8[c] + 0.0060421 nad[c] + 0.0060421 nadp[c] + 0.003993 pe180[c] + 0.003993 peai17[c] + 0.003993 pei17[c] + 0.003993 pg180[c] + 0.003993 pgai17[c] + 0.003993 pgi17[c] + 0.1708 phe_L[c] + 0.0011612 pheme[c] + 0.20378 pro_L[c] + proteinsynth[c] + 0.0011612 ptrc[c] + 0.0060421 pydx5p[c] + 0.0011612 q8[c] + 0.0060421 ribflv[c] + rnatrans[c] + 0.19836 ser_L[c] + 0.0011612 sheme[c] + 0.0060421 so4[c] + 0.0011612 spmd[c] + 0.0011612 thf[c] + 0.0011612 thmpp[c] + 0.23331 thr_L[c] + 0.052174 trp_L[c] + 0.12916 tyr_L[c] + 0.067177 udcpdp[c] + 0.12173 utp[c] + 0.38934 val_L[c] + 0.0060421 zn2[c] -> 0.067177 PGPm1[c] + 40 adp[c] + 0.0060421 apoACP[c] + biomass[c] + 0.0011612 cbi[c] + 0.0011612 dmbzid[c] + 40 h[c] + 39.994 pi[c] + 0.55823 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hydog[c] 2hydogcoa[c] 2ins[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai17tca1[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn_R[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i15tca1[c] i16tca1[c] i17tca1[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phenol[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 15DAPt 15dap[c] -> 15dap[e] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_phenol(e) phenol[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRR3x h[c] + hpyr[c] + nadh[c] + nh4[c] -> h2o[c] + nad[c] + ser_L[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MK8t mqn8[c] <=> mqn8[e] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=>...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2h3oppan[c] 2hydog[c] 2hydogcoa[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 33hmeoxobut[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00319[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc[c] scl[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 15DAPt 15dap[c] -> 15dap[e] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXPTNDH h2o[c] + nad[c] + oxptn[c] <=> glutar[c] + 2 h[c] + nadh[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIt7 3 na1[e] + pi[e] <=> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPRDNDH 2 h2o[c] + nad[c] + pprdn[c] -> 5aptn[c] + h[c] + nadh[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SALCS2 ichor[c] -> pyr[c] + salc[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERD_D ser_D[c] -> nh4[c] + pyr[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SULFACabc atp[c] + h2o[c] + sulfac[e] -> adp[c] + h[c] + pi[c] + sulfac[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2h3oppan[c] 2hydog[c] 2hydogcoa[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 33hmeoxobut[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00319[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc[c] scl[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 15DAPt 15dap[c] -> 15dap[e] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXPTNDH h2o[c] + nad[c] + oxptn[c] <=> glutar[c] + 2 h[c] + nadh[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIt7 3 na1[e] + pi[e] <=> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPRDNDH 2 h2o[c] + nad[c] + pprdn[c] -> 5aptn[c] + h[c] + nadh[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SALCS2 ichor[c] -> pyr[c] + salc[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERD_D ser_D[c] -> nh4[c] + pyr[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.022869 datp[c] + 0.0091797 dctp[c] + 0.0091797 dgtp[c] + dnarep[c] + 0.022869 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hydog[c] 2hydogcoa[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaglc[c] ai17tca1[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btcoa[c] btn[c] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] ch4s[c] ch4s[e] chol[c] chor[c] cit[c] cit[e] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] gly[c] gly[e] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaglc[c] i15tca1[c] i15tcaglc[c] i16tca1[c] i16tcaglc[c] i17tca1[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succoa[c] sucr[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4St ch4s[c] <=> ch4s[e] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4s(e) ch4s[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METGL h2o[c] + met_L[c] -> 2obut[c] + ch4s[c] + nh4[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBDHc 2obut[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hydog[c] 2hydogcoa[c] 2hymeph[c] 2ins[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC00955[c] HC01104[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhmphze[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdpddman[c] gdpmann[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mphze[c] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] scl[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 15DAPt 15dap[c] -> 15dap[e] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abut(e) 4abut[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3t7 no2[c] + no3[e...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hydog[c] 2hydogcoa[c] 2hymeph[c] 2ins[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3btcoa[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC00955[c] HC01104[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] btoh[e] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[c] cholate[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhmphze[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mphze[c] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pprdn[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] scl[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 15DAPt 15dap[c] -> 15dap[e] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTALDH btal[c] + coa[c] + nad[c] <=> btcoa[c] + h[c] + nadh[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTOHt2r btoh[e] + h[e] <=> btoh[c] + h[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abut(e) 4abut[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_btoh(e) btoh[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01858 datp[c] + 0.008299 dctp[c] + 0.008299 dgtp[c] + dnarep[c] + 0.01858 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpdhl[c] 2obut[c] 2pg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3ohcoa[c] 3ohdcoa[c] 3oocoa[c] 3otdcoa[c] 3pg[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00900[c] HC01376[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] biomass[c] btcoa[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholp[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdd2coa[c] hdeACP[c] hepdp[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hista[c] hista[e] hmgcoa[c] hom_L[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] malACP[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pullulan1200[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] td2coa[c] tdcoa[c] tdeACP[c] thbpt[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pullulan1200(e) pullulan1200[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDDI ipdp[c] <=> dmpp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPPNt2r h[e] + pppn[e] <=> h[c] + pppn[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUDPDGT m12dpglyc[c] + udpg[c] <=> diglcpg160[c] + h[c] + udp[c] PUDPMGT 12dgr160[c] + udpg[c] <=> h[c] + m12dpglyc[c] + udp[c] PULLe 399 h2o[e] + pullulan1200[e] -> 400 malttr[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SRTNt2 h[c] + srtn[c] -> h[e] + srtn[e] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TRYPTAt2 h[c] + trypta[c] -> h[e] + trypta[e] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYMt2r h[e] + tym[e] <=> h[c] + tym[c] TYRCBOX h[c] + tyr_L[c] -> ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018634 datp[c] + 0.0082444 dctp[c] + 0.0082444 dgtp[c] + dnarep[c] + 0.018634 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2obut[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3ohcoa[c] 3ohdcoa[c] 3oocoa[c] 3otdcoa[c] 3pg[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5apru[c] 5aptn[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] CE5656[c] HC00900[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] biomass[c] btcoa[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholp[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hista[c] hista[e] hmgcoa[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pullulan1200[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pullulan1200(e) pullulan1200[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDDI ipdp[c] <=> dmpp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNCD orn[c] -> nh4[c] + pro_L[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPPNt2r h[e] + pppn[e] <=> h[c] + pppn[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRKIN atp[c] + ru5p_D[c] <=> adp[c] + h[c] + rb15bp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROLR pro_L[c] <=> pro_D[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PULLe 399 h2o[e] + pullulan1200[e] -> 400 malttr[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SRTNt2 h[c] + srtn[c] -> h[e] + srtn[e] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TRYPTAt2 h[c] + trypta[c] -> h[e] + trypta[e] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYMt2r h[e] + tym[e] <=> h[c] + tym[c] TYRCBOX h[c] + tyr_L[c] -> co2[c] + tym[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UNK3 2kmb[c] + glu_L[c] -> akg[c] + met_L[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] XYLTD_Dr nad[c] + xylt[c] <=> h[c] + nadh[c] + xylu_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3ohcoa[c] 3ohdcoa[c] 3oocoa[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aptn[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] CE5656[c] HC00900[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholp[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hista[c] hista[e] hmgcoa[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pullulan1200[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urate[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1f btcoa[c] + fad[c] <=> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pullulan1200(e) pullulan1200[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA180ACPHrev ACP[c] + h[c] + ocdca[c] -> h2o[c] + ocdcaACP[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H202D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] ICHORS chor[c] <=> ichor[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDDI ipdp[c] <=> dmpp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MMCOAH h2o[c] + mmcoa_S[c] -> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPPNt2r h[e] + pppn[e] <=> h[c] + pppn[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRKIN atp[c] + ru5p_D[c] <=> adp[c] + h[c] + rb15bp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROLR pro_L[c] <=> pro_D[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUDPDGT m12dpglyc[c] + udpg[c] <=> diglcpg160[c] + h[c] + udp[c] PUDPMGT 12dgr160[c] + udpg[c] <=> h[c] + m12dpglyc[c] + udp[c] PULLe 399 h2o[e] + pullulan1200[e] -> 400 malttr[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SRTNt2 h[c] + srtn[c] -> h[e] + srtn[e] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018904 datp[c] + 0.0079757 dctp[c] + 0.0079757 dgtp[c] + dnarep[c] + 0.018904 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3ohcoa[c] 3ohdcoa[c] 3oocoa[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aptn[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] CE5656[c] HC00900[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholp[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hista[c] hista[e] hmgcoa[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pullulan1200[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urate[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1f btcoa[c] + fad[c] <=> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pullulan1200(e) pullulan1200[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA180ACPHrev ACP[c] + h[c] + ocdca[c] -> h2o[c] + ocdcaACP[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] ICHORS chor[c] <=> ichor[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDDI ipdp[c] <=> dmpp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPPNt2r h[e] + pppn[e] <=> h[c] + pppn[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRKIN atp[c] + ru5p_D[c] <=> adp[c] + h[c] + rb15bp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROLR pro_L[c] <=> pro_D[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUDPDGT m12dpglyc[c] + udpg[c] <=> diglcpg160[c] + h[c] + udp[c] PUDPMGT 12dgr160[c] + udpg[c] <=> h[c] + m12dpglyc[c] + udp[c] PULLe 399 h2o[e] + pullulan1200[e] -> 400 malttr[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SRTNt2 h[c] + srtn[c] -> h[e] + srtn[e] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.012795 datp[c] + 0.014078 dctp[c] + 0.014078 dgtp[c] + dnarep[c] + 0.012795 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5cm2hmu[c] 5cmhmsa[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Tyr_ggn[e] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkmpp[c] dmbzid[c] dmlz[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkmpp[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oazur[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] selcyst[c] selhcys[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inulin(e) inulin[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKMPPI hkmpp[c] -> dkmpp[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01279 datp[c] + 0.014083 dctp[c] + 0.014083 dgtp[c] + dnarep[c] + 0.01279 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohed[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chor[e] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkmpp[c] dmbzid[c] dmlz[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkmpp[c] hmbil[c] hmgcoa[c] hoacoa[c] hom_L[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mbdg[c] mcrea[c] melib[c] melib[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql7[c] mql8[c] mqn7[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pacald[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] selcyst[c] selhcys[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010449 datp[c] + 0.021587 dctp[c] + 0.021587 dgtp[c] + dnarep[c] + 0.010449 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmanap[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chor[e] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lanost[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylhl_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUL...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhcdchol[e] 3dhchol[e] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hphac[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00695[c] HC00955[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_D[e] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] cholcoa[c] chols[c] chor[c] chor[e] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylhl_L[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABt arab_D[e] <=> arab_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_4hphac(e) 4hphac[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYP...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010292 datp[c] + 0.021742 dctp[c] + 0.021742 dgtp[c] + dnarep[c] + 0.010292 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhcdchol[e] 3dhchol[e] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hphac[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00695[c] HC00955[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_D[e] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] cholcoa[c] chols[c] chor[c] chor[e] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylhl_L[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABt arab_D[e] <=> arab_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_4hphac(e) 4hphac[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNa...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhcdchol[e] 3dhchol[e] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hibutcoa[c] 3hmp[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 44dpnspr[c] 4abut[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5c2o3ed[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cgly[c] cgly[e] ch4s[c] ch4s[e] chol[c] chol[e] cholate[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] crn[c] crn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhsql[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaala_D[c] ibcoa[c] icdchol[e] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isochol[e] itdcoa[c] itp[c] k[c] k[e] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] mbdg[c] meoh[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mmtsa[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pep[c] peptmet_L[c] peptmetox_L[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phpyr[e] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] r1p[c] r5p[c] rdmbzi[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] sbzcoa[c] scl[c] ser_L[c] skm5p[c] skm[c] so3[c] so3[e] so4[c] so4[e] stcoa[c] sttca1[c] sttcaala_D[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] tet[e] thdp[c] thex2eACP[c] thf[c] thm[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xtsn[e] xu5p_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4St ch4s[c] <=> ch4s[e] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSQLD dhsql[c] + 3 fad[c] -> 44dpnspr[c] + 3 fadh2[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4s(e) ch4s[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_icdchol(e) icdchol[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_isochol(e) isochol[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_ribflv(e) ribflv[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tet(e) tet[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xtsn(e) xtsn[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBDkt 3hmp[c] + nad[c] -> h[c] + mmtsa[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXANt2r h[e] + hxan[e] <=> h[c] + hxan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICA3bHSDHe isochol[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] ICDCA3bHSDHe icdchol[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METGL h2o[c] + met_L[c] -> 2obut[c] + ch4s[c] + nh4[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MMTSAO coa[c] + mmtsa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2t2 h[e] + no2[e] -> h[c] + no2[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBDHc 2obut[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPYRt2r h[e] + phpyr[e] <=> h[c] + phpyr[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PROLR pro_L[c] <=> pro_D[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PROt4 na1[e] + pro_L[e] -> na1[c] + pro_L[c] PROte pro_L[c] -> pro_L[e] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO3rDdmq 3 2dmmql8[c] + 2 h[e] + so3[e] -> 3 2dmmq8[c] + 3 h2o[e] + h2s[e] SO3rDmq 2 h[e] + 3 mql8[c] + so3[e] -> 3 h2o[e] + h2s[e] + 3 mqn8[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SULFACabc atp[c] + h2o[c] + sulfac[e] -> adp[c] + h[c] + pi[c] + sulfac[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRAr thr_L[c] <=> acald[c] + gly[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THSr1dmq 2dmmql8[c] + tsul[e] -> 2dmmq8[c] + h2s[e] + so3[e] THSr1mq mql8[c] + tsul[e] -> h2s[e] + mqn8[c] + so3[e] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMAOR1 h[c] + mql8[c] + tmao[c] -> h2o[c] + mqn8[c] + tma[c] TMAOR1e h[e] + mql8[c] + tmao[e] -> h2o[e] + mqn8[c] + tma[e] TMAOR2 2dmmql8[c] + h[c] + tmao[c] -> 2dmmq8[c] + h2o[c] + tma[c] TMAOR2e 2dmmql8[c] + h[e] + tmao[e] <=> 2dmmq8[c] + h2o[e] + tma[e] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDSf2 dump[c] + fadh2[c] + mlthf[c] -> dtmp[c] + fad[c] + thf[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTHrdmq 2dmmql8[c] + tet[e] -> 2dmmq8[c] + 2 h[c] + 2 tsul[e] TTHrmq mql8[c] + tet[e] -> 2 h[c] + mqn8[c] + 2 tsul[e] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016883 datp[c] + 0.0099938 dctp[c] + 0.0099938 dgtp[c] + dnarep[c] + 0.016883 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhgulnp[c] 3gmp[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5forthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00900[c] HC01231[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acmanap[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btcoa[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chols[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] frdp[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[c] gam[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mana[c] melib[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] octeACP[c] orn[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCI fuc_L[c] <=> fcl_L[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STS1 dheas[c] + h2o[c] -> dhea[c] + h[c] + so4[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TGBPA tagdp_D[c] <=> dhap[c] + g3p[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREH h2o[c] + tre[c] -> 2 glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018004 datp[c] + 0.0088746 dctp[c] + 0.0088746 dgtp[c] + dnarep[c] + 0.018004 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhgulnp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00900[c] HC01231[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmalt[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chols[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] frdp[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hx2coa[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] melib[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP1 maltpt[c] + pi[c] <=> g1p[c] + maltttr[c] MLTP2 malthx[c] + pi[c] <=> g1p[c] + maltpt[c] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STS1 dheas[c] + h2o[c] -> dhea[c] + h[c] + so4[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17t...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.01619 datp[c] + 0.015852 dctp[c] + 0.015852 dgtp[c] + dnarep[c] + 0.01619 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00695[c] HC00955[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biomass[c] btamp[c] btcoa[c] btd_SS[c] btn[c] btn_co2[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcynt[c] td2coa[c] tdcoa[c] tdeACP[c] tet[e] thbpt4acam[c] thbpt[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HGNTOR hgentis[c] + o2[c] -> 4mlacac[c] + h[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSK atp[c] + ins[c] -> adp[c] + h[c] + imp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019713 datp[c] + 0.012332 dctp[c] + 0.012332 dgtp[c] + dnarep[c] + 0.019713 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpp[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC01231[c] HC01435[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mana[c] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] pre1[c] prl45tca[c] prl45tcaglc[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4Li asp_L[c] + atp[c] + nh4[c] -> adp[c] + asn_L[c] + h[c] + pi[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NO3rPuq no3[e] + q8h2[c] -> h2o[e] + no2[e] + q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019863 datp[c] + 0.012183 dctp[c] + 0.012183 dgtp[c] + dnarep[c] + 0.019863 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC01231[c] HC01435[c] HC01651[c] HC01652[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NO3rPuq no3[e] + q8h2[c] -> h2o[e] + no2[e] + q8[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019364 datp[c] + 0.012681 dctp[c] + 0.012681 dgtp[c] + dnarep[c] + 0.019364 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC01231[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] melib[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbatp[c] pre1[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] razur[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_34dhphe(e) 34dhphe[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAMNPP atp[c] + h2o[c] + nac[c] + prpp[c] -> adp[c] + nicrnt[c] + pi[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NICRNS atp[c] + nicrns[c] -> adp[c] + h[c] + nicrnt[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNDA h2o[c] + nmn[c] -> nh4[c] + nicrnt[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019316 datp[c] + 0.012729 dctp[c] + 0.012729 dgtp[c] + dnarep[c] + 0.019316 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC01231[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[c] man[e] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3KGK 3dhguln[c] + atp[c] -> 3dhgulnp[c] + adp[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NO3rPuq no3[e] + q8h2[c] -> h2o[e] + no2[e] + q8[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX 2oph[c] + 0.5 o2[c] -> 2ohph[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016591 datp[c] + 0.015451 dctp[c] + 0.015451 dgtp[c] + dnarep[c] + 0.016591 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] bbtcoa[c] betald[c] biocyt[c] biomass[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] mana[c] mantr[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3KGK 3dhguln[c] + atp[c] -> 3dhgulnp[c] + adp[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.011585 datp[c] + 0.020452 dctp[c] + 0.020452 dgtp[c] + dnarep[c] + 0.011585 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1h2npt[c] 1ihpdecg3p[c] 1odecg3p[c] 1p3h5c[c] 1pyr5c[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hh24dd[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2obut[c] 2obut[e] 2ohed[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01577[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp[c] Largn[c] Nacasp[c] PGP[c] PGPm1[c] Sfglutth[c] aa[c] aacald[c] aacoa[c] abt[c] ac[c] ac[e] acaadp[c] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] aclys[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai17tca1[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] colipa[c] copre5[c] copre5b[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddcacoa[c] dgdp[c] dgmp[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galctn_D[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i15tca1[c] i16tca1[c] i17tca1[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] malcoa[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] mbdg[c] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmtsa[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] mtethnpn[c] mthgxl[c] myrsACP[c] myrstca1[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa160[c] pa180[c] pa181[c] paai17[c] pac[c] pad[c] pai17[c] palmACP[c] palmtca1[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prl45tca[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] pslac[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] s7p[c] s[c] saccrp_L[c] salc[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tartr_L[c] tartr_M[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS1 acaadp[c] + atp[c] + h[c] <=> acaadpdp[c] + adp[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOALYS3 acaadpsal[c] + glu_L[c] <=> aclys[c] + akg[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACLYSHYc aclys[c] + h2o[c] <=> ac[c] + lys_L[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABt arab_D[e] <=> arab_D[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HIBDkt 3hmp[c] + nad[c] -> h[c] + mmtsa[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKYNH h2o[c] + hLkynr[c] -> 3hanthrn[c] + ala_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSNOOX 4hmsaclt[c] + 2 h[c] + nadh[c] + o2[c] <=> 4hmcachl[c] + co2[c] + h2o[c] + nad[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] ICHORS chor[c] <=> ichor[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] L2AADPI L2aadp[c] + accoa[c] -> acaadp[c] + coa[c] + h[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ALAOPAT 2mop[c] + ala_L[c] <=> 3aib[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALDDH mal_D[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOX2 coF420h[c] + mtethnpn[c] <=> coF420[c] + mh4mpt[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCREAOOX 2 h[c] + mcrea[c] + nadh[c] + o2[c] -> 4mcat[c] + co2[c] + h2o[c] + nad[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MK8t mqn8[c] <=> mqn8[e] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MMTSAO coa[c] + mmtsa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTI tre[c] <=> malt[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NFLGLNH forglu[c] + h2o[c] + h[c] <=> nforglu[c] + nh4[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAt2 ppa[c] -> ppa[e] PPAt2i h[e] + ppa[e] -> h[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPC co2[c] + h2o[c] + pep[c] -> h[c] + oaa[c] + pi[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00955[c] HC01434[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] acac[c] acac[e] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] ad[c] ade[c] adhlam[c] adn[c] adp[c] adphep_DD[c] adphep_LD[c] adsel[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dctp[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] fum[e] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] man1p[c] man6p[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] micit[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r5p[c] rhcys[c] ribflv[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_acac(e) acac[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALFADO fad[c] + mal_L[c] <=> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAt2 ppa[c] -> ppa[e] PPAt2i h[e] + ppa[e] -> h[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7PIr s7p[c] <=> gmhep7p[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2_3 3 h[e] + succ[e] -> 3 h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THDPS h2o[c] + succoa[c] + thdp[c] -> coa[c] + sl2a6o[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016021 datp[c] + 0.016021 dctp[c] + 0.016021 dgtp[c] + dnarep[c] + 0.016021 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhor_S[c] dhpt[c] dhptd[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hx2coa[c] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] man1p[c] man6p[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] ph2s[e] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] rdmbzi[c] rhcys[c] ribflv[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] tcb[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_ph2s(e) ph2s[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NODOx nadh[c] + 2 no[c] + 2 o2[c] -> h[c] + nad[c] + 2 no3[c] NODOy nadph[c] + 2 no[c] + 2 o2[c] -> h[c] + nadp[c] + 2 no3[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PROt4 na1[e] + pro_L[e] -> na1[c] + pro_L[c] PROte pro_L[c] -> pro_L[e] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSFrmq mql8[c] + ph2s[e] -> 2 h2s[e] + mqn8[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SADT atp[c] + h[c] + so4[c] -> aps[c] + ppi[c] SADT2 atp[c] + gtp[c] + h2o[c] + so4[c] -> aps[c] + gdp[c] + pi[c] + ppi[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adp[c] adphep_DD[c] adphep_LD[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] fum[e] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gtp[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hx2coa[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] man1p[c] man6p[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] micit[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] no2[c] no2[e] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] rhcys[c] ribflv[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] seln[c] selnp[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succoa[c] suchms[c] tartr_L[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tma[e] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_ac(e) ac[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPAt2i h[e] + ppa[e] -> h[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI1...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adp[c] adphep_DD[c] adphep_LD[c] adsel[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhor_S[c] dhpt[c] dhptd[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etoh[c] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdd2coa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hx2coa[c] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] man1p[c] man6p[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] no2[c] no2[e] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] ph2s[e] phe_L[c] phe_L[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] rhcys[c] ribflv[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] seln[c] selnp[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_ac(e) ac[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_ph2s(e) ph2s[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PROt4 na1[e] + pro_L[e] -> na1[c] + pro_L[c] PROte pro_L[c] -> pro_L[e] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSFrmq mql8[c] + ph2s[e] -> 2 h2s[e] + mqn8[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7PIr s7p[c] <=> gmhep7p[c] SADT atp[c] + h[c] + so4[c] -> aps[c] + ppi[c] SADT2 atp[c] + gtp[c] + h2o[c] + so4[c] -> aps[c] + gdp[c] + pi[c] + ppi[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2_3 3 h[e] + succ[e] -> 3 h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THDPS h2o[c] + succoa[c] + thdp[c] -> coa[c] + sl2a6o[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THSr1dmq 2dmmql8[c] + tsul[e] -> 2dmmq8[c] + h2s[e] + so3[e] THSr1mq mql8[c] + tsul[e] -> h2s[e] + mqn8[c] + so3[e] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPDC1 4 h[c] + uppg3[c] -> 4 co2[c] + cpppg3[c] UPPDC2b HC01609[c] + 4 h[c] -> 4 co2[c] + cpppg1[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0010 2 h2o2[c] -> 2 h2o[c] + o2[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00955[c] HC01434[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] acACP[c] ac[c] acac[c] acac[e] acald[c] accoa[c] acgam1p[c] acglu[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adn[e] adp[c] adphep_DD[c] adphep_LD[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etoh[c] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpmann[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hlipa[c] hmbil[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] man1p[c] man6p[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phthr[c] phyQ[c] pi[c] pi[e] pime[c] pime[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succoa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_L ala_L[c] + h2o[c] + nad[c] -> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHCOAL atp[c] + coa[c] + pime[c] -> amp[c] + pmcoa[c] + ppi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DM_thmpp(c) thmpp[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_acac(e) acac[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pime(e) pime[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSHSL h2o[c] + hcys_L[c] <=> 2obut[c] + h2s[c] + nh4[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXANt2 h[e] + hxan[e] -> h[c] + hxan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHyr icit[c] + nadp[c] <=> akg[c] + co2[c] + nadph[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALFADO fad[c] + mal_L[c] <=> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NARK no2[c] -> no2[e] NAt3 h[e] + na1[c] -> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CR 1pyr5c[c] + 2 h[c] + nadph[c] -> nadp[c] + pro_L[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIMEtr pime[e] <=> pime[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PROt4 na1[e] + pro_L[e] -> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7PIr s7p[c] <=> gmhep7p[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacg...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adsel[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhor_S[c] dhpt[c] dhptd[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hx2coa[c] hxcoa[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] man1p[c] man6p[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] ph2s[e] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] rhcys[c] ribflv[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] seln[c] selnp[c] ser_L[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_ac(e) ac[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_ph2s(e) ph2s[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSFrmq mql8[c] + ph2s[e] -> 2 h2s[e] + mqn8[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7PIr s7p[c] <=> gmhep7p[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2_3 3 h[e] + succ[e] -> 3 h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THDPS h2o[c] + succoa[c] + thdp[c] -> coa[c] + sl2a6o[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDSf2 dump[c] + fadh2[c] + mlthf[c] -> dtmp[c] + fad[c] + thf[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPDC1 4 h[c] + uppg3[c] -> 4 co2[c] + cpppg3[c] UPPDC2b HC01609[c] + 4 h[c] -> 4 co2[c] + cpppg1[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0082 HC01434[c] + h[c] -> ak...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mop[c] 4mpetz[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mta[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] ACP[c] C02528[e] C11821[c] HC00955[c] HC01577[c] HC01700[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] ac[c] ac[e] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmanap[c] acon_C[c] acser[c] actACP[c] actp[c] ade[c] adn[c] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btcoa[c] btoh[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] cholate[e] chor[c] cit[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] k[c] k[e] l2a6o[c] lac6p[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lys_L[c] lys_L[e] mal_L[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pap[c] pb[c] pb[e] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rhcys[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] seln[c] selnp[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succoa[c] suchms[c] tag6p_D[c] tagdp_D[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pyr(e) pyr[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7PIr s7p[c] <=> gmhep7p[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SNCOAT np2msucc[c] + succoa[c] <=> np2msucccoa[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRAr thr_L[c] <=> acald[c] + gly[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dhchol[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2me4p[c] 2mecdp[c] 2mop[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3dhcdchol[e] 3dhchol[e] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mop[c] 4mpetz[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dgclur[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mta[c] 5mtr[c] 5odhf2a[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6pgg[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7ocholate[c] 7ocholate[e] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC00955[c] HC01577[c] HC01700[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacald[c] aact[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acon_C[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] amopbut_L[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btoh[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] chols[c] chols[e] chor[c] chtbs[c] cit[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] copre2[c] crn[c] crn[e] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dadp[c] damp[c] datp[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] din[c] dkdi[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gar[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] icdchol[e] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] ins[c] ipdcoa[c] ipdp[c] isochol[e] isomal[c] itdcoa[c] itp[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] mal_L[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] o2[c] o2[e] oaa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thm[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] thymd[e] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_2HYMEPH 2hymeph[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dhchol(e) 12dhchol[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_icdchol(e) icdchol[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isochol(e) isochol[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCI fuc_L[c] <=> fcl_L[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICA3bHSDHe isochol[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] ICDCA3bHSDHe icdchol[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7 3 na1[e] + pi[e] <=> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RMI rmn[c] <=> rml[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TAGURr altrn[c] + nad[c] <=> h[c] + nadh[c] + tagur[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r1667 arg_L[e] + orn[c] <=> arg_L[c] + orn[e] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017278 datp[c] + 0.0095998 dctp[c] + 0.0095998 dgtp[c] + dnarep[c] + 0.017278 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mnptl[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00900[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3acam[c] indole[c] indole[e] indpyr[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n2[c] n2[e] n6all26d[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no3[c] np2msucc[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4Li asp_L[c] + atp[c] + nh4[c] -> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] L_TRPCOO o2[c] + trp_L[c] <=> co2[c] + h2o[c] + ind3acam[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + n...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhcdchol[e] 3dhchol[e] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00319[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chols[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaglc[c] i15tca1[c] i15tcaglc[c] i16tca1[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lald_D[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaglc[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] no[e] np2msucc[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbt_L[c] sbt_L[e] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tma[c] tma[e] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_sbt_L(e) sbt_L[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H202D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.014274 datp[c] + 0.012601 dctp[c] + 0.012601 dgtp[c] + dnarep[c] + 0.014274 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhcdchol[e] 3dhchol[e] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00319[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chols[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaglc[c] i15tca1[c] i15tcaglc[c] i16tca1[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lald_D[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaglc[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] no[e] np2msucc[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbt_L[c] sbt_L[e] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tma[c] tma[e] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_sbt_L(e) sbt_L[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.020024 ACP[c] + 0.016391 PGP[c] + 0.31096 ala_L[c] + 0.020024 amet[c] + 0.22477 arg_L[c] + 0.17239 asn_L[c] + 0.17239 asp_L[c] + 40.0531 atp[c] + 0.020024 ca2[c] + 0.020024 cl[c] + 0.020024 coa[c] + 0.020024 cobalt2[c] + 0.040362 ctp[c] + 0.020024 cu2[c] + 0.066193 cys_L[c] + 0.0098522 datp[c] + 0.0098522 dctp[c] + 0.0098522 dgtp[c] + dnarep[c] + 0.0098522 dttp[c] + 0.020024 fad[c] + 0.020024 fe2[c] + 0.020024 fe3[c] + 0.30335 gln_L[c] + 0.30335 glu_L[c] + 0.47573 gly[c] + 0.065512 gtp[c] + 35.2379 h2o[c] + 0.095242 his_L[c] + 0.3143 ile_L[c] + 0.020024 k[c] + 0.40383 leu_L[c] + 0.37621 lys_L[c] + 0.13191 met_L[c] + 0.020024 mg2[c] + 0.020024 mn2[c] + 0.020024 nad[c] + 0.020024 nadp[c] + 0.20477 phe_L[c] + 0.18715 pro_L[c] + proteinsynth[c] + 0.020024 pydx5p[c] + 0.020024 ribflv[c] + rnatrans[c] + 0.25191 ser_L[c] + 0.020024 so4[c] + 0.016391 tcam[c] + 0.21715 thr_L[c] + 0.063336 trp_L[c] + 0.12905 tyr_L[c] + 0.016391 udcpdp[c] + 0.043607 utp[c] + 0.35763 val_L[c] + 0.020024 zn2[c] -> 0.016391 PGPm1[c] + 40 adp[c] + 0.020024 apoACP[c] + biomass[c] + 40 h[c] + 39.98 pi[c] + 0.16341 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hphac[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmam[c] acmama[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bhb[c] bhb[e] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] ch4s[e] chol[c] cholate[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal[c] gal[e] galur[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hcit[c] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hphaccoa[c] hpyr[c] hqn[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mana[c] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phpyr[e] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] succ[c] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAMTi glu_L[c] + msa[c] -> akg[c] + ala_B[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4St ch4s[c] <=> ch4s[e] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4s(e) ch4s[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCITS accoa[c] + akg[c] + h2o[c] -> coa[c] + h[c] + hcit[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IOR2 coa[c] + fdxox[c] + h[c] + phpyr[c] <=> co2[c] + fdxrd[c] + phaccoa[c] IOR3 34hpp[c] + coa[c] + fdxox[c] + h[c] <=> co2[c] + fdxrd[c] + hphaccoa[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTHRK atp[c] + thr_L[c] -> adp[c] + h[c] + thrp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METGL h2o[c] + met_L[c] -> 2obut[c] + ch4s[c] + nh4[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MLTP3 malthp[c] + pi[c] <=> g1p[c] + malthx[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOBDabc atp[c] + h2o[c] + mobd[e] -> adp[c] + h[c] + mobd[c] + pi[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSAS acald[c] + co2[c] -> h[c] + msa[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NODOx nadh[c] + 2 no[c] + 2 o2[c] -> h[c] + nad[c] + 2 no3[c] NODOy nadph[c] + 2 no[c] + 2 o2[c] -> h[c] + nadp[c] + 2 no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NP2MSUCCS 2mnptl[c] + fum[c] -> np2msucc[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O2t o2[e] <=> o2[c] OBDHc 2obut[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXAte oxa[c] -> oxa[e] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACCOAL2r 4hphac[c] + atp[c] + coa[c] <=> amp[c] + hphaccoa[c] + ppi[c] PACCOALr atp[c] + coa[c] + pac[c] <=> amp[c] + phaccoa[c] + ppi[c] PACt2r h[e] + pac[e] <=> h[c] + pac[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPYRt2r h[e] + phpyr[e] <=> h[c] + phpyr[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + se...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013067 datp[c] + 0.013806 dctp[c] + 0.013806 dgtp[c] + dnarep[c] + 0.013067 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2dda7p[c] 2ddecg3p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abz[c] 4ahmmp[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4hba[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acmana[c] acmanap[c] acnam[c] acorn[c] acryl[c] actACP[c] actp[c] ad[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcr[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] IPDDI ipdp[c] <=> dmpp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SARCOX h2o[c] + o2[c] + sarcs[c] -> fald[c] + gly[c] + h2o2[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017481 datp[c] + 0.0093966 dctp[c] + 0.0093966 dgtp[c] + dnarep[c] + 0.017481 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDE1 camp[c] + h2o[c] -> amp[c] + h[c] PDE4 35cgmp[c] + h2o[c] -> gmp[c] + h[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014639 datp[c] + 0.017401 dctp[c] + 0.017401 dgtp[c] + dnarep[c] + 0.014639 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2ippm[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] biomass[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[e] man1p[c] man6p[c] man[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mthgxl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACPm[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2 gsn[e] + h[e] -> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADO fad[c] + mal_L[c] <=> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPNt2r h[e] + pppn[e] <=> h[c] + pppn[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PROt4 na1[e] + pro_L[e] -> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014467 datp[c] + 0.017573 dctp[c] + 0.017573 dgtp[c] + dnarep[c] + 0.014467 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_RR[e] btn[c] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz12diol[c] bz[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_D[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmpp[c] dms[e] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] epACPm[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hlipa[c] hmbil[c] hmgth[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kesto[e] kestopt[e] kestottr[e] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mbdg[c] mcrea[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcb[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNR alltn[c] <=> alltn_R[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_5mta(e) 5mta[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014082 datp[c] + 0.017958 dctp[c] + 0.017958 dgtp[c] + dnarep[c] + 0.014082 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hcinnm[e] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3masp[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] CE5656[c] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] aact[c] ab14lac_L[c] ab6p3hxl[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actn_S[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_RR[e] btd_SS[c] btn[c] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chor[c] cit[c] cit[e] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_D[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dkdi[c] dkmpp[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dms[e] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hcit[c] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mbdg[c] mcrea[c] melib[c] melib[e] melt[c] meoh[c] mercplac[c] mercppyr[c] mescon[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcb[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] tet[e] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xtsn[e] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3KGK 3dhguln[c] + atp[c] -> 3dhgulnp[c] + adp[c] + h[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AB14LACH ab14lac_L[c] + h2o[c] <=> arabt_L[c] + h[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNR alltn[c] <=> alltn_R[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITMALL citmal[c] -> ac[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_5mta(e) 5mta[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dkglcn[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcinnm[c] 3hcinnm[e] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3hppnl[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] aact[c] ab14lac_L[c] ab6p3hxl[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_RR[e] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_D[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kesto[e] kestopt[e] kestottr[e] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] mcrea[c] melib[c] melib[e] melt[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxalc[c] oxglyc[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 15DAPt 15dap[c] -> 15dap[e] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] -> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNR alltn[c] <=> alltn_R[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_5mta(e) 5mta[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0015482 10fthf[c] + 0.0015482 2dmmq8[c] + 0.0015482 5mthf[c] + 0.0054529 ACP[c] + 0.058744 PGP[c] + 0.0015482 adocbl[c] + 0.46399 ala_L[c] + 0.0054529 amet[c] + 0.26749 arg_L[c] + 0.21776 asn_L[c] + 0.21776 asp_L[c] + 40.1401 atp[c] + 0.0054529 ca2[c] + 0.0054529 cl[c] + 0.005324 clpn180[c] + 0.005324 clpnai17[c] + 0.005324 clpni17[c] + 0.0054529 coa[c] + 0.0054529 cobalt2[c] + 0.012505 colipa[c] + 0.10699 ctp[c] + 0.0054529 cu2[c] + 0.082563 cys_L[c] + 0.012708 datp[c] + 0.015059 dctp[c] + 0.015059 dgtp[c] + dnarep[c] + 0.012708 dttp[c] + 0.0054529 fad[c] + 0.0054529 fe2[c] + 0.0054529 fe3[c] + 0.23755 gln_L[c] + 0.23755 glu_L[c] + 0.55283 gly[c] + 0.0015482 gthrd[c] + 0.17225 gtp[c] + 35.1684 h2o[c] + 0.085944 his_L[c] + 0.26217 ile_L[c] + 0.0054529 k[c] + 0.40702 leu_L[c] + 0.3095 lys_L[c] + 0.13857 met_L[c] + 0.0054529 mg2[c] + 0.0054529 mn2[c] + 0.0015482 mqn8[c] + 0.0054529 nad[c] + 0.0054529 nadp[c] + 0.005324 pe180[c] + 0.005324 peai17[c] + 0.005324 pei17[c] + 0.005324 pg180[c] + 0.005324 pgai17[c] + 0.005324 pgi17[c] + 0.16754 phe_L[c] + 0.0015482 pheme[c] + 0.19989 pro_L[c] + proteinsynth[c] + 0.0015482 ptrc[c] + 0.0054529 pydx5p[c] + 0.0015482 q8[c] + 0.0054529 ribflv[c] + rnatrans[c] + 0.19458 ser_L[c] + 0.0015482 sheme[c] + 0.0054529 so4[c] + 0.0015482 spmd[c] + 0.0015482 thf[c] + 0.0015482 thmpp[c] + 0.22886 thr_L[c] + 0.05118 trp_L[c] + 0.12746 tyr_L[c] + 0.058744 udcpdp[c] + 0.11555 utp[c] + 0.38192 val_L[c] + 0.0054529 zn2[c] -> 0.058744 PGPm1[c] + 40 adp[c] + 0.0054529 apoACP[c] + biomass[c] + 0.0015482 cbi[c] + 0.0015482 dmbzid[c] + 40 h[c] + 39.9945 pi[c] + 0.5435 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dkglcn[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcinnm[c] 3hcinnm[e] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3hppnl[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] aact[c] ab14lac_L[c] ab6p3hxl[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_RR[e] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_D[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kesto[e] kestopt[e] kestottr[e] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] mcrea[c] melib[c] melib[e] melt[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxalc[c] oxglyc[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 15DAPt 15dap[c] -> 15dap[e] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNR alltn[c] <=> alltn_R[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_5mta(e) 5mta[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dkglcn[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hppnl[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3msaclt[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] abt_D[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_RR[e] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz12diol[c] bz[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hcit[c] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkmpp[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] mcrea[c] melib[c] melib[e] melt[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcb[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_15dap(e) 15dap[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_sel(e) sel[e] <=> EX_selni(e) selni[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014629 datp[c] + 0.017411 dctp[c] + 0.017411 dgtp[c] + dnarep[c] + 0.014629 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2ddpent[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhguln[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hcinnm[e] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cechddd[c] cellb[c] cellb[e] cenchddd[c] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chols[c] chor[c] cinnm[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] melib[e] melt[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CINNDO cinnm[c] + h[c] + nadh[c] + o2[c] -> cenchddd[c] + nad[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GAL6PI dgal6p[c] <=> tag6p_D[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0094764 datp[c] + 0.022558 dctp[c] + 0.022558 dgtp[c] + dnarep[c] + 0.0094764 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dglcn[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00900[c] HC00955[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_D[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] butACP[c] butso3[c] butso3[e] bz12diol[c] bz[c] ca2[c] ca2[e] camp[c] catechol[c] cbasp[c] cbi[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lac_L[e] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mucl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tdeACP[c] thbpt4acam[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOAMPO fad[c] + ibcoa[c] <=> 2mp2coa[c] + fadh2[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IDOND 5dglcn[c] + h[c] + nadh[c] <=> idon_L[c] + nad[c] IDOND2 5dglcn[c] + h[c] + nadph[c] -> idon_L[c] + nadp[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYS2OX lys_L[c] + o2[c] -> 5apentam[c] + co2[c] + h2o[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDDH mal_D[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANAD_D mnl[c] + nad[c] <=> fru[c] + h[c] + nadh[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MANt2r h[e] + man[e] <=> h[c] + man[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0092375 datp[c] + 0.022797 dctp[c] + 0.022797 dgtp[c] + dnarep[c] + 0.0092375 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hh24dd[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2ohed[c] 2ombzl[c] 2ommbl[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3abutcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltt[c] alpro[c] amet[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atnodp[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fuc_L[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isetac[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] tag6p_D[c] tagdp_D[c] taur[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABt arab_D[e] <=> arab_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLOX chol[c] + h2o[c] + 2 o2[c] <=> glyb[c] + 2 h2o2[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTA akg[c] + cys_L[c] <=> glu_L[c] + mercppyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_inost(e) inost[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MANt2r h[e] + man[e] <=> h[c] + man[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCPST_H2S mercppyr[c] + trdrd[c] -> h2s[c] + pyr[c] + trdox[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTI tre[c] <=> malt[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016324 datp[c] + 0.010553 dctp[c] + 0.010553 dgtp[c] + dnarep[c] + 0.016324 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00695[c] HC00900[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_D[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mops[c] mops[e] mql7[c] mql8[c] mqn7[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylhl_L[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GULLACO ascb_L[c] + h[c] <=> xylhl_L[c] GULLACOX gullac[c] + o2[c] -> h2o2[c] + xylhl_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + o...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0090889 datp[c] + 0.022945 dctp[c] + 0.022945 dgtp[c] + dnarep[c] + 0.0090889 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hh24dd[c] 2hyoxplac[c] 2hyoxplac[e] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01104[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lfmkynr[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_D[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb_L[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atnodp[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] colipa[c] copre5[c] copre5b[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylhl_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GULLACO ascb_L[c] + h[c] <=> xylhl_L[c] GULLACOX gullac[c] + o2[c] -> h2o2[c] + xylhl_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HGNTOR hgentis[c] + o2[c] -> 4mlacac[c] + h[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKYNH h2o[c] + hLkynr[c] -> 3hanthrn[c] + ala_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_VALMOD h2o[c] + nad[c] + val_L[c] <=> 3mob[c] + h[c] + nadh[c] + nh4[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MANt2r h[e] + man[e] <=> h[c] + man[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGCOAH hmgcoa[c] <=> 3mgcoa[c] + h2o[c] MGt5 mg2[c] <=> mg2[e] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTI tre[c] <=> malt[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NODOx nadh[c] + 2 no[c] + 2 o2[c] -> h[c] + nad[c] + 2 no3[c] NODOy nadph[c] + 2 no[c] + 2 o2[c] -> h[c] + nadp[c] + 2 no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OCTDPS frdp[c] + 5 ipdp[c] -> octdp[c] + 5 ppi[c] OCTT ipdp[c] + octdp[c] -> atnodp[c] + ppi[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PD...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017399 datp[c] + 0.0094788 dctp[c] + 0.0094788 dgtp[c] + dnarep[c] + 0.017399 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] melib[c] melib[e] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai17tca1[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] allphn[c] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] applp[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] chol[c] cholate[e] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i15tca1[c] i16tca1[c] i17tca1[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac6p[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] mantr[c] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] td2coa[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dhptd(c) dhptd[c] <=> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXAte oxa[c] -> oxa[e] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abz[c] 4adcho[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcystin[e] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[e] gthrd[c] gthrd[e] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hxan[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] mantr[c] melib[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[e] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] stys[c] succ[c] succoa[c] suchms[c] sucr[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ESHCYS2_FPe 2 cys_L[e] + ribflv[e] <=> Lcystin[e] + rbflvrd[e] ESHCYS_FPe 4 cys_L[e] + o2[e] -> 2 Lcystin[e] + 2 h2o[e] ESHGLU2_FPe 2 gthrd[e] + ribflv[e] <=> gthox[e] + rbflvrd[e] ESHGLU_FPe 4 gthrd[e] + o2[e] -> 2 gthox[e] + 2 h2o[e] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_Lcystin(e) Lcystin[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthox(e) gthox[e] <=> EX_gthrd(e) gthrd[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rbflvrd(e) rbflvrd[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TGBPA tagdp_D[c] <=> dhap[c] + g3p[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtra...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2obut[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2pg[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] L2aadp6sa[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chsterol[c] chsterol[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] coprost[c] coprost[e] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOAC2 accoa[c] + atp[c] + co2[c] + h2o[c] -> adp[c] + 2 h[c] + malcoa[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHSTEROLup chsterol[e] -> chsterol[c] CHSTRedC chsterol[c] + h[c] + nadh[c] <=> coprost[c] + nad[c] CHSTRedE chsterol[e] + h[c] + nadh[c] <=> coprost[e] + nad[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COPRT coprost[c] -> coprost[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_coprost(e) coprost[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPDC1 4 h[c] + uppg3[c] -> 4 co2[c] + cpppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> sink_gthrd(c) gthrd[c] <=> sink_mqn7(c) mqn7[c] <=> sink_q8(c) q8[c] <=> sink_sheme(c) sheme[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0039698 10fthf[c] + 0.0039698 2dmmq8[c] + 0.0039698 5mthf[c] + 0.0078745 ACP[c] + 0.047141 PGP[c] + 0.0039698 adocbl[c] + 0.00090305 ai17tca1[c] + 0.00090305 ai17tcaacgam[c] + 0.00090305 ai17tcaala_D[c] + 0.00090305 ai17tcaglc[c] + 0.38381 ala_L[c] + 0.0078745 amet[c] + 0.24084 arg_L[c] + 0.1915 asn_L[c] + 0.1915 asp_L[c] + 40.7308 atp[c] + 0.0078745 ca2[c] + 0.0078745 cl[c] + 0.0042936 clpn180[c] + 0.0042936 clpnai17[c] + 0.0042936 clpni17[c] + 0.0078745 coa[c] + 0.0078745 cobalt2[c] + 0.078002 ctp[c] + 0.0078745 cu2[c] + 0.072967 cys_L[c] + 0.012592 datp[c] + 0.012592 dctp[c] + 0.012592 dgtp[c] + dnarep[c] + 0.012592 dttp[c] + 0.0078745 fad[c] + 0.0078745 fe2[c] + 0.0078745 fe3[c] + 0.25851 gln_L[c] + 0.25851 glu_L[c] + 0.50257 gly[c] + 0.00090305 glyc45tca[c] + 0.00090305 glyc45tcaala_D[c] + 0.00090305 glyc45tcaglc[c] + 0.0039698 gthrd[c] + 0.12575 gtp[c] + 35.9783 h2o[c] + 0.087285 his_L[c] + 0.00090305 i17tca1[c] + 0.00090305 i17tcaacgam[c] + 0.00090305 i17tcaala_D[c] + 0.00090305 i17tcaglc[c] + 0.27649 ile_L[c] + 0.0078745 k[c] + 0.39306 leu_L[c] + 0.32863 lys_L[c] + 0.13142 met_L[c] + 0.0078745 mg2[c] + 0.0078745 mn2[c] + 0.0039698 mqn8[c] + 0.0078745 nad[c] + 0.0078745 nadp[c] + 0.0042936 pe180[c] + 0.0042936 peai17[c] + 0.0042936 pei17[c] + 0.0042936 pg180[c] + 0.0042936 pgai17[c] + 0.0042936 pgi17[c] + 0.17838 phe_L[c] + 0.0039698 pheme[c] + 0.18823 pro_L[c] + proteinsynth[c] + 0.0039698 ptrc[c] + 0.0078745 pydx5p[c] + 0.0039698 q8[c] + 0.0078745 ribflv[c] + rnatrans[c] + 0.21322 ser_L[c] + 0.0039698 sheme[c] + 0.0078745 so4[c] + 0.0039698 spmd[c] + 0.00090305 sttca1[c] + 0.00090305 sttcaacgam[c] + 0.00090305 sttcaala_D[c] + 0.00090305 sttcaglc[c] + 0.00090305 tcam[c] + 0.0039698 thf[c] + 0.0039698 thmpp[c] + 0.21675 thr_L[c] + 0.054827 trp_L[c] + 0.12265 tyr_L[c] + 0.047141 udcpdp[c] + 0.084248 utp[c] + 0.35966 val_L[c] + 0.0078745 zn2[c] -> 0.04985 PGPm1[c] + 40.6285 adp[c] + 0.0078745 apoACP[c] + biomass[c] + 0.0039698 cbi[c] + 0.0039698 dmbzid[c] + 40.6285 h[c] + 40.6206 pi[c] + 0.39365 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2obut[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2pg[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] L2aadp6sa[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chsterol[c] chsterol[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] coprost[c] coprost[e] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOAC2 accoa[c] + atp[c] + co2[c] + h2o[c] -> adp[c] + 2 h[c] + malcoa[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHSTEROLup chsterol[e] -> chsterol[c] CHSTRedC chsterol[c] + h[c] + nadh[c] <=> coprost[c] + nad[c] CHSTRedE chsterol[e] + h[c] + nadh[c] <=> coprost[e] + nad[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COPRT coprost[c] -> coprost[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_coprost(e) coprost[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPDC1 4 h[c] + uppg3[c] -> 4 co2[c] + cpppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2pg[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4hba[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] L2aadp6sa[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholate[e] chtbs[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhor_S[c] dhpt[c] din[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] glc_D[c] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hdeACP[c] hexACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] melib[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octeACP[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_gchola(e) gchola[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ribflv(e) ribflv[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016611 datp[c] + 0.010266 dctp[c] + 0.010266 dgtp[c] + dnarep[c] + 0.016611 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmp[c] 2c25dho[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2hb[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3amp[c] 3cmp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC01231[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] cholp[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hista[c] hista[e] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] peamn[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucarg[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHFTe 5mthf[c] -> 5mthf[e] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SRTNt2 h[c] + srtn[c] -> h[e] + srtn[e] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.015834 datp[c] + 0.011042 dctp[c] + 0.011042 dgtp[c] + dnarep[c] + 0.015834 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2c25dho[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3uib[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00900[c] HC01231[c] Largn[c] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] cholp[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] selcyst[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dhchol[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2ddecg3p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ins[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 3a2opp[c] 3c4mop[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] C02528[e] C11821[c] CE5656[c] L2aadp6sa[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adp[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alahis[e] alaleu[c] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhor_S[c] dhpt[c] diact[c] diact[e] din[c] dkdi[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gchola[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbt_D[c] sbzcoa[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tartr_L[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNabc asn_L[e] + atp[c] + h2o[c] -> adp[c] + asn_L[c] + h[c] + pi[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITCAt ca2[e] + cit[e] + h[e] <=> ca2[c] + cit[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dhchol(e) 12dhchol[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alahis(e) alahis[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACabc atp[c] + h2o[c] + nac[e] -> adp[c] + h[c] + nac[c] + pi[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROLR pro_L[c] <=> pro_D[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SBTDOX btd_SS[c] + nad[c] <=> actn_S[c] + h[c] + nadh[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s7p[c] salc6p[c] sbt_D[c] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tagdp_D[c] tagur[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_thmpp(c) thmpp[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_13ppd(e) 13ppd[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1 h[c] + nac[c] + r1p[c] -> nicrns[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s7p[c] salc6p[c] sbt_D[c] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tagdp_D[c] tagur[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_thmpp(c) thmpp[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_13ppd(e) 13ppd[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nf...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mop[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dglcn[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] etoh[c] etoh[e] f6p[c] fad[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] ibcoa[c] ichor[c] icit[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] sbt_D[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_13ppd(e) 13ppd[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IDOND 5dglcn[c] + h[c] + nadh[c] <=> idon_L[c] + nad[c] IDOND2 5dglcn[c] + h[c] + nadph[c] -> idon_L[c] + nadp[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCTA akg[c] + ptrc[c] -> 4abutn[c] + glu_L[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hymeph[c] 2ins[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3ump[c] 4abut[c] 4abut[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dgclur[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01376[c] HC01377[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chsterol[c] chsterol[e] chtbs[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] coprost[c] coprost[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHSTEROLup chsterol[e] -> chsterol[c] CHSTRedC chsterol[c] + h[c] + nadh[c] <=> coprost[c] + nad[c] CHSTRedE chsterol[e] + h[c] + nadh[c] <=> coprost[e] + nad[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COPRT coprost[c] -> coprost[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_coprost(e) coprost[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_inost(e) inost[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SRBL1PR nadph[c] + srbL1p[c] <=> nadp[c] + sbt6p[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SULFACabc atp[c] + h2o[c] + sulfac[e] -> adp[c] + h[c] + pi[c] + sulfac[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.015905 datp[c] + 0.010971 dctp[c] + 0.010971 dgtp[c] + dnarep[c] + 0.015905 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3dhgulnp[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acmanap[c] acnam[c] acorn[c] actn_R[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btd_RR[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[e] cholp[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succitr_L[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.015365 datp[c] + 0.01151 dctp[c] + 0.01151 dgtp[c] + dnarep[c] + 0.015365 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00900[c] HC01231[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btn[c] btn[e] btn_co2[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] crn[c] crn[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcam[c] tdcoa[c] tdeACP[c] teich_45_BS[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSabc atp[c] + cys_L[e] + h2o[c] -> adp[c] + cys_L[c] + h[c] + pi[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2ddg6p[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2ombz[c] 2ommb[c] 2pg[c] 2pglyc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mop[c] 4mpetz[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mta[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] ACP[c] C02528[e] C11821[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmalt[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btcoa[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lys_L[c] lys_L[e] madg[c] mal_L[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] occoa[c] ocdcaACP[c] octeACP[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2HYMEPH 2hymeph[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_din(e) din[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gchola(e) gchola[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.015626 datp[c] + 0.011249 dctp[c] + 0.011249 dgtp[c] + dnarep[c] + 0.015626 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dpg[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00900[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acmanap[c] acnam[c] acorn[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btn[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chols[c] chols[e] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chsterol[c] chsterol[e] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] coprost[c] coprost[e] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man6p[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGMAL akg[c] + mal_L[e] <=> akg[e] + mal_L[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CHSTEROLup chsterol[e] -> chsterol[c] CHSTRedC chsterol[c] + h[c] + nadh[c] <=> coprost[c] + nad[c] CHSTRedE chsterol[e] + h[c] + nadh[c] <=> coprost[e] + nad[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COPRT coprost[c] -> coprost[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_coprost(e) coprost[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACUP nac[e] -> nac[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt2 h[e] + pnto_R[e] <=> h[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1 cys_L[c] + suchms[c] -> cyst_L[c] + h[c] + succ[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0039698 10fthf[c] + 0.0039698 2dmmq8[c] + 0.0039698 5mthf[c] + 0.0078745 ACP[c] + 0.047141 PGP[c] + 0.0039698 adocbl[c] + 0.00090305 ai17tca1[c] + 0.00090305 ai17tcaacgam[c] + 0.00090305 ai17tcaala_D[c] + 0.00090305 ai17tcaglc[c] + 0.38381 ala_L[c] + 0.0078745 amet[c] + 0.24084 arg_L[c] + 0.1915 asn_L[c] + 0.1915 asp_L[c] + 40.7308 atp[c] + 0.0078745 ca2[c] + 0.0078745 cl[c] + 0.0042936 clpn180[c] + 0.0042936 clpnai17[c] + 0.0042936 clpni17[c] + 0.0078745 coa[c] + 0.0078745 cobalt2[c] + 0.078002 ctp[c] + 0.0078745 cu2[c] + 0.072967 cys_L[c] + 0.012592 datp[c] + 0.012592 dctp[c] + 0.012592 dgtp[c] + dnarep[c] + 0.012592 dttp[c] + 0.0078745 fad[c] + 0.0078745 fe2[c] + 0.0078745 fe3[c] + 0.25851 gln_L[c] + 0.25851 glu_L[c] + 0.50257 gly[c] + 0.00090305 glyc45tca[c] + 0.00090305 glyc45tcaala_D[c] + 0.00090305 glyc45tcaglc[c] + 0.0039698 gthrd[c] + 0.12575 gtp[c] + 35.9783 h2o[c] + 0.087285 his_L[c] + 0.00090305 i17tca1[c] + 0.00090305 i17tcaacgam[c] + 0.00090305 i17tcaala_D[c] + 0.00090305 i17tcaglc[c] + 0.27649 ile_L[c] + 0.0078745 k[c] + 0.39306 leu_L[c] + 0.32863 lys_L[c] + 0.13142 met_L[c] + 0.0078745 mg2[c] + 0.0078745 mn2[c] + 0.0039698 mqn8[c] + 0.0078745 nad[c] + 0.0078745 nadp[c] + 0.0042936 pe180[c] + 0.0042936 peai17[c] + 0.0042936 pei17[c] + 0.0042936 pg180[c] + 0.0042936 pgai17[c] + 0.0042936 pgi17[c] + 0.17838 phe_L[c] + 0.0039698 pheme[c] + 0.18823 pro_L[c] + proteinsynth[c] + 0.0039698 ptrc[c] + 0.0078745 pydx5p[c] + 0.0039698 q8[c] + 0.0078745 ribflv[c] + rnatrans[c] + 0.21322 ser_L[c] + 0.0039698 sheme[c] + 0.0078745 so4[c] + 0.0039698 spmd[c] + 0.00090305 sttca1[c] + 0.00090305 sttcaacgam[c] + 0.00090305 sttcaala_D[c] + 0.00090305 sttcaglc[c] + 0.00090305 tcam[c] + 0.0039698 thf[c] + 0.0039698 thmpp[c] + 0.21675 thr_L[c] + 0.054827 trp_L[c] + 0.12265 tyr_L[c] + 0.047141 udcpdp[c] + 0.084248 utp[c] + 0.35966 val_L[c] + 0.0078745 zn2[c] -> 0.04985 PGPm1[c] + 40.6285 adp[c] + 0.0078745 apoACP[c] + biomass[c] + 0.0039698 cbi[c] + 0.0039698 dmbzid[c] + 40.6285 h[c] + 40.6206 pi[c] + 0.39365 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chsterol[c] chsterol[e] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] coprost[c] coprost[e] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man6p[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGMAL akg[c] + mal_L[e] <=> akg[e] + mal_L[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CHSTEROLup chsterol[e] -> chsterol[c] CHSTRedC chsterol[c] + h[c] + nadh[c] <=> coprost[c] + nad[c] CHSTRedE chsterol[e] + h[c] + nadh[c] <=> coprost[e] + nad[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COPRT coprost[c] -> coprost[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_coprost(e) coprost[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACUP nac[e] -> nac[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt2 h[e] + pnto_R[e] <=> h[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1 cys_L[c] + suchms[c] -> cyst_L[c] + h[c] + succ[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 a...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] allphn[c] alltn[c] alltn_R[c] alltt[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] chol[c] chor[c] chtbs[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGMAL akg[c] + mal_L[e] <=> akg[e] + mal_L[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_thmpp(c) thmpp[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] N2OO 2 no[e] + q8h2[c] <=> h2o[e] + n2o[e] + q8[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0039698 10fthf[c] + 0.0039698 2dmmq8[c] + 0.0039698 5mthf[c] + 0.0078745 ACP[c] + 0.047141 PGP[c] + 0.0039698 adocbl[c] + 0.00090305 ai17tca1[c] + 0.00090305 ai17tcaacgam[c] + 0.00090305 ai17tcaala_D[c] + 0.00090305 ai17tcaglc[c] + 0.38381 ala_L[c] + 0.0078745 amet[c] + 0.24084 arg_L[c] + 0.1915 asn_L[c] + 0.1915 asp_L[c] + 40.7308 atp[c] + 0.0078745 ca2[c] + 0.0078745 cl[c] + 0.0042936 clpn180[c] + 0.0042936 clpnai17[c] + 0.0042936 clpni17[c] + 0.0078745 coa[c] + 0.0078745 cobalt2[c] + 0.078002 ctp[c] + 0.0078745 cu2[c] + 0.072967 cys_L[c] + 0.012592 datp[c] + 0.012592 dctp[c] + 0.012592 dgtp[c] + dnarep[c] + 0.012592 dttp[c] + 0.0078745 fad[c] + 0.0078745 fe2[c] + 0.0078745 fe3[c] + 0.25851 gln_L[c] + 0.25851 glu_L[c] + 0.50257 gly[c] + 0.00090305 glyc45tca[c] + 0.00090305 glyc45tcaala_D[c] + 0.00090305 glyc45tcaglc[c] + 0.0039698 gthrd[c] + 0.12575 gtp[c] + 35.9783 h2o[c] + 0.087285 his_L[c] + 0.00090305 i17tca1[c] + 0.00090305 i17tcaacgam[c] + 0.00090305 i17tcaala_D[c] + 0.00090305 i17tcaglc[c] + 0.27649 ile_L[c] + 0.0078745 k[c] + 0.39306 leu_L[c] + 0.32863 lys_L[c] + 0.13142 met_L[c] + 0.0078745 mg2[c] + 0.0078745 mn2[c] + 0.0039698 mqn8[c] + 0.0078745 nad[c] + 0.0078745 nadp[c] + 0.0042936 pe180[c] + 0.0042936 peai17[c] + 0.0042936 pei17[c] + 0.0042936 pg180[c] + 0.0042936 pgai17[c] + 0.0042936 pgi17[c] + 0.17838 phe_L[c] + 0.0039698 pheme[c] + 0.18823 pro_L[c] + proteinsynth[c] + 0.0039698 ptrc[c] + 0.0078745 pydx5p[c] + 0.0039698 q8[c] + 0.0078745 ribflv[c] + rnatrans[c] + 0.21322 ser_L[c] + 0.0039698 sheme[c] + 0.0078745 so4[c] + 0.0039698 spmd[c] + 0.00090305 sttca1[c] + 0.00090305 sttcaacgam[c] + 0.00090305 sttcaala_D[c] + 0.00090305 sttcaglc[c] + 0.00090305 tcam[c] + 0.0039698 thf[c] + 0.0039698 thmpp[c] + 0.21675 thr_L[c] + 0.054827 trp_L[c] + 0.12265 tyr_L[c] + 0.047141 udcpdp[c] + 0.084248 utp[c] + 0.35966 val_L[c] + 0.0078745 zn2[c] -> 0.04985 PGPm1[c] + 40.6285 adp[c] + 0.0078745 apoACP[c] + biomass[c] + 0.0039698 cbi[c] + 0.0039698 dmbzid[c] + 40.6285 h[c] + 40.6206 pi[c] + 0.39365 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] allphn[c] alltn[c] alltn_R[c] alltt[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] chol[c] chor[c] chtbs[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGMAL akg[c] + mal_L[e] <=> akg[e] + mal_L[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_thmpp(c) thmpp[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] N2OO mql8[c] + 2 no[e] <=> h2o[e] + mqn8[c] + n2o[e] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013437 datp[c] + 0.013437 dctp[c] + 0.013437 dgtp[c] + dnarep[c] + 0.013437 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 37.16 h2o[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 41.257 h[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2pg[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3psme[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acmanap[c] actACP[c] actp[c] adcobdam[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahcys[e] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] ametam[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHCYSts ahcys[c] -> ahcys[e] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ahcys(e) ahcys[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS17rev 8 co2[c] + 9 coa[c] + 7 h2o[c] + 15 nadp[c] + ocdcea[c] -> accoa[c] + 22 h[c] + 8 malcoa[c] + 15 nadph[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THYMDt thymd[e] <=> thymd[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPDC1 4 h[c] + uppg3[c] -> 4 co2[c] + cpppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01565 datp[c] + 0.011226 dctp[c] + 0.011226 dgtp[c] + dnarep[c] + 0.01565 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2c25dho[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] allphn[c] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHOXti3 gthox[e] -> gthox[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4t4 k[c] + nh4[e] -> k[e] + nh4[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCEAtr ocdcea[e...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombzl[c] 2omph[c] 2oph[c] 2pg[c] 2shchc[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octdp[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2obut[c] 2obut[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCS ichor[c] + sucsal[c] -> 2shchc[c] + pyr[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THFte thf[c] -> thf[e] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THYMDt thymd[e] <=> thymd[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0039698 10fthf[c] + 0.0039698 2dmmq8[c] + 0.0039698 5mthf[c] + 0.0078745 ACP[c] + 0.047141 PGP[c] + 0.0039698 adocbl[c] + 0.00090305 ai17tca1[c] + 0.00090305 ai17tcaacgam[c] + 0.00090305 ai17tcaala_D[c] + 0.00090305 ai17tcaglc[c] + 0.38381 ala_L[c] + 0.0078745 amet[c] + 0.24084 arg_L[c] + 0.1915 asn_L[c] + 0.1915 asp_L[c] + 40.7308 atp[c] + 0.0078745 ca2[c] + 0.0078745 cl[c] + 0.0042936 clpn180[c] + 0.0042936 clpnai17[c] + 0.0042936 clpni17[c] + 0.0078745 coa[c] + 0.0078745 cobalt2[c] + 0.078002 ctp[c] + 0.0078745 cu2[c] + 0.072967 cys_L[c] + 0.012592 datp[c] + 0.012592 dctp[c] + 0.012592 dgtp[c] + dnarep[c] + 0.012592 dttp[c] + 0.0078745 fad[c] + 0.0078745 fe2[c] + 0.0078745 fe3[c] + 0.25851 gln_L[c] + 0.25851 glu_L[c] + 0.50257 gly[c] + 0.00090305 glyc45tca[c] + 0.00090305 glyc45tcaala_D[c] + 0.00090305 glyc45tcaglc[c] + 0.0039698 gthrd[c] + 0.12575 gtp[c] + 35.9783 h2o[c] + 0.087285 his_L[c] + 0.00090305 i17tca1[c] + 0.00090305 i17tcaacgam[c] + 0.00090305 i17tcaala_D[c] + 0.00090305 i17tcaglc[c] + 0.27649 ile_L[c] + 0.0078745 k[c] + 0.39306 leu_L[c] + 0.32863 lys_L[c] + 0.13142 met_L[c] + 0.0078745 mg2[c] + 0.0078745 mn2[c] + 0.0039698 mqn8[c] + 0.0078745 nad[c] + 0.0078745 nadp[c] + 0.0042936 pe180[c] + 0.0042936 peai17[c] + 0.0042936 pei17[c] + 0.0042936 pg180[c] + 0.0042936 pgai17[c] + 0.0042936 pgi17[c] + 0.17838 phe_L[c] + 0.0039698 pheme[c] + 0.18823 pro_L[c] + proteinsynth[c] + 0.0039698 ptrc[c] + 0.0078745 pydx5p[c] + 0.0039698 q8[c] + 0.0078745 ribflv[c] + rnatrans[c] + 0.21322 ser_L[c] + 0.0039698 sheme[c] + 0.0078745 so4[c] + 0.0039698 spmd[c] + 0.00090305 sttca1[c] + 0.00090305 sttcaacgam[c] + 0.00090305 sttcaala_D[c] + 0.00090305 sttcaglc[c] + 0.00090305 tcam[c] + 0.0039698 thf[c] + 0.0039698 thmpp[c] + 0.21675 thr_L[c] + 0.054827 trp_L[c] + 0.12265 tyr_L[c] + 0.047141 udcpdp[c] + 0.084248 utp[c] + 0.35966 val_L[c] + 0.0078745 zn2[c] -> 0.04985 PGPm1[c] + 40.6285 adp[c] + 0.0078745 apoACP[c] + biomass[c] + 0.0039698 cbi[c] + 0.0039698 dmbzid[c] + 40.6285 h[c] + 40.6206 pi[c] + 0.39365 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hmc[c] 2hymeph[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombzl[c] 2omph[c] 2oph[c] 2pg[c] 2shchc[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octdp[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2obut[c] 2obut[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCS ichor[c] + sucsal[c] -> 2shchc[c] + pyr[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THFte thf[c] -> thf[e] THIO...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mop[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f6p[c] fad[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] sbt_D[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_13ppd(e) 13ppd[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018196 datp[c] + 0.008682 dctp[c] + 0.008682 dgtp[c] + dnarep[c] + 0.018196 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2dh3dgal6p[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2maacoa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3dhq[c] 3dhsk[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3ohcoa[c] 3ohdcoa[c] 3oocoa[c] 3otdcoa[c] 3pg[c] 4abz[c] 4ahmmp[c] 4c2me[c] 4hba[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 5apru[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] Ser_Thr[e] T_antigen[e] Tn_antigen[e] aacoa[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgal[c] acgal[e] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmana[c] acnam[c] acnam[e] acorn[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] amet[c] amp[c] amp[e] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btn[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholp[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] core2[e] core3[e] core4[e] core5[e] core6[e] core7[e] core8[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dsT_antigen[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1a[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] frdp[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gcald[c] gcald[e] gdp[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] gncore1[e] gncore2[e] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hexACP[c] hgbyr[c] his_L[c] his_L[e] hmgcoa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phpyr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppi[c] pram[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sT_antigen[e] sTn_antigen[e] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGALt2r acgal[e] + h[e] <=> acgal[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_Ser_Thr(e) Ser_Thr[e] <=> EX_T_antigen(e) T_antigen[e] <=> EX_Tn_antigen(e) Tn_antigen[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgal(e) acgal[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_core2(e) core2[e] <=> EX_core3(e) core3[e] <=> EX_core4(e) core4[e] <=> EX_core5(e) core5[e] <=> EX_core6(e) core6[e] <=> EX_core7(e) core7[e] <=> EX_core8(e) core8[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dsT_antigen(e) dsT_antigen[e] <=> EX_etoh(e) etoh[e] <=> EX_f1a(e) f1a[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gncore1(e) gncore1[e] <=> EX_gncore2(e) gncore2[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_sT_antigen(e) sT_antigen[e] <=> EX_sTn_antigen(e) sTn_antigen[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALASE_OGLYCAN1e f1a[e] + h2o[e] -> core6[e] + gal[e] GALASE_OGLYCAN2e T_antigen[e] + h2o[e] -> Tn_antigen[e] + gal[e] GALASE_OGLYCAN3e core8[e] + h2o[e] -> Tn_antigen[e] + gal[e] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALNACASE_OGLYCAN1e Tn_antigen[e] + h2o[e] -> Ser_Thr[e] + acgal[e] GALNACASE_OGLYCAN2e core5[e] + h2o[e] -> Tn_antigen[e] + acgal[e] GALNACASE_OGLYCAN3e core7[e] + h2o[e] -> Tn_antigen[e] + acgal[e] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNACASE_OGLYCAN1e core6[e] + h2o[e] -> Tn_antigen[e] + acgam[e] GLCNACASE_OGLYCAN2e gncore2[e] + h2o[e] -> acgam[e] + core2[e] GLCNACASE_OGLYCAN3e core2[e] + h2o[e] -> T_antigen[e] + acgam[e] GLCNACASE_OGLYCAN4e gncore1[e] + h2o[e] -> T_antigen[e] + acgam[e] GLCNACASE_OGLYCAN5e core4[e] + h2o[e] -> acgam[e] + core3[e] GLCNACASE_OGLYCAN6e core3[e] + h2o[e] -> Tn_antigen[e] + acgam[e] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SIAASE_OGLYCAN1e h2o[e] + sTn_antigen[e] -> Tn_antigen[e] + acnam[e] SIAASE_OGLYCAN2e dsT_antigen[e] + h2o[e] -> acnam[e] + sT_antigen[e] SIAASE_OGLYCAN3e h2o[e] + sT_antigen[e] -> T_antigen[e] + acnam[e] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TGBPA tagdp_D[c] <=> dhap[c] + g3p[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0191 f6p[c] + utp[c] -> fdp[c] + h[c] + udp[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0578 atp[c] + ptth[c] <=> adp[c] + h[c] + pan4p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0679 HC01231[c] + atp[c] <=> 4ppcys[c] + adp[c] + h[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017826 datp[c] + 0.0090523 dctp[c] + 0.0090523 dgtp[c] + dnarep[c] + 0.017826 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_M[c] 26dap_M[e] 2c25dho[c] 2cpr5p[c] 2ddg6p[c] 2ddglcn[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2hb[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2obut[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01231[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acorn[c] actACP[c] actp[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] amp[c] amp[e] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btn[c] ca2[c] ca2[e] camp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhna[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] forglu[c] frdp[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] melib[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] succ[c] succ[e] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_3mop(e) 3mop[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA180ACPHrev ACP[c] + h[c] + ocdca[c] -> h2o[c] + ocdcaACP[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0191 f6p[c] + utp[c] -> fdp[c] + h[c] + udp[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0578 atp[c] + ptth[c] <=> adp[c] + h[c] + pan4p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0679 HC01231[c] + atp[c] <=> 4ppcys[c] + adp[c] + h[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r1667 arg_L[e] + orn[c] <=> arg_L[c] + orn[e] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3psme[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acmanap[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahcys[e] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] ametam[c] amp[c] apoACP[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PGALSZ2i h2o[c] + lac6p[c] -> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOAC2 accoa[c] + atp[c] + co2[c] + h2o[c] -> adp[c] + 2 h[c] + malcoa[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHCYSts ahcys[c] -> ahcys[e] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ahcys(e) ahcys[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] Kt1r k[e] <=> k[c] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] O2t o2[e] <=> o2[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013437 datp[c] + 0.013437 dctp[c] + 0.013437 dgtp[c] + dnarep[c] + 0.013437 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 37.16 h2o[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 41.257 h[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3psme[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acmanap[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahcys[e] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] ametam[c] amp[c] apoACP[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOAC2 accoa[c] + atp[c] + co2[c] + h2o[c] -> adp[c] + 2 h[c] + malcoa[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHCYSts ahcys[c] -> ahcys[e] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ahcys(e) ahcys[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] Kt1r k[e] <=> k[c] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] O2t o2[e] <=> o2[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.014546 datp[c] + 0.012328 dctp[c] + 0.012328 dgtp[c] + dnarep[c] + 0.014546 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC01231[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] allphn[c] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] aps[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] cholp[c] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLRrev fol[c] + h[c] + 2 nadph[c] -> 2 nadp[c] + thf[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2 gsn[e] + h[e] -> gsn[c] + h[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S17BPH h2o[c] + s17bp[c] -> pi[c] + s7p[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SADT atp[c] + h[c] + so4[c] -> aps[c] + ppi[c] SADT2 atp[c] + gtp[c] + h2o[c] + so4[c] -> aps[c] + gdp[c] + pi[c] + ppi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTDOX btd_SS[c] + nad[c] <=> actn_S[c] + h[c] + nadh[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013511 datp[c] + 0.013363 dctp[c] + 0.013363 dgtp[c] + dnarep[c] + 0.013511 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dhchol[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2c25dho[c] 2ddecg3p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] C02528[e] CE5656[c] HC01231[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alltn[c] alltn[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btd_RR[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[e] cholp[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpnai15(c) clpnai15[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX 2oph[c] + 0.5 o2[c] -> 2ohph[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PG...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2ins[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mop[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3ump[c] 4abut[c] 4abut[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dgclur[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01376[c] HC01377[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acmalt[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chsterol[c] chsterol[e] chtbs[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] coprost[c] coprost[e] cpppg3[c] crn[c] crn[e] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] -> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHSTEROLup chsterol[e] -> chsterol[c] CHSTRedC chsterol[c] + h[c] + nadh[c] <=> coprost[c] + nad[c] CHSTRedE chsterol[e] + h[c] + nadh[c] <=> coprost[e] + nad[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COPRT coprost[c] -> coprost[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_5DRIB 5drib[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_coprost(e) coprost[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_inost(e) inost[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACUP nac[e] -> nac[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMUP ncam[e] -> ncam[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SULFACabc atp[c] + h2o[c] + sulfac[e] -> adp[c] + h[c] + pi[c] + sulfac[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcag...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2ins[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mop[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3ump[c] 4abut[c] 4abut[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dgclur[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01376[c] HC01377[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aacoa[c] aact[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acmalt[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chsterol[c] chsterol[e] chtbs[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] coprost[c] coprost[e] cpppg3[c] crn[c] crn[e] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHSTEROLup chsterol[e] -> chsterol[c] CHSTRedC chsterol[c] + h[c] + nadh[c] <=> coprost[c] + nad[c] CHSTRedE chsterol[e] + h[c] + nadh[c] <=> coprost[e] + nad[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COPRT coprost[c] -> coprost[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_5DRIB 5drib[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_2ddglcn(e) 2ddglcn[e] <=> EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_coprost(e) coprost[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_inost(e) inost[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACUP nac[e] -> nac[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMUP ncam[e] -> ncam[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SULFACabc atp[c] + h2o[c] + sulfac[e] -> adp[c] + h[c] + pi[c] + sulfac[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.014433 datp[c] + 0.012441 dctp[c] + 0.012441 dgtp[c] + dnarep[c] + 0.014433 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2kmb[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2ommb[c] 2ommbl[c] 2oph[c] 2p4c2me[c] 2pg[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00900[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chols[c] chols[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ins[c] 2kmb[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hppnl[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 44dpnspr[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hphac[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] L2aadp[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acaadp[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] aclys[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chols[c] chols[e] chor[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dhsql[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxa[e] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACLYSHYc aclys[c] + h2o[c] <=> ac[c] + lys_L[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS_H2S cys_L[c] + hcys_L[c] -> cyst_L[c] + h2s[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSQLD dhsql[c] + 3 fad[c] -> 44dpnspr[c] + 3 fadh2[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSHSL h2o[c] + hcys_L[c] <=> 2obut[c] + h2s[c] + nh4[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] L2AADPI L2aadp[c] + accoa[c] -> acaadp[c] + coa[c] + h[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0026466 10fthf[c] + 0.0026466 2dmmq8[c] + 0.0026466 5mthf[c] + 0.011924 ACP[c] + 0.036891 PGP[c] + 0.0026466 adocbl[c] + 0.00060203 ai17tca1[c] + 0.00060203 ai17tcaacgam[c] + 0.00060203 ai17tcaala_D[c] + 0.00060203 ai17tcaglc[c] + 0.35953 ala_L[c] + 0.011924 amet[c] + 0.23548 arg_L[c] + 0.18513 asn_L[c] + 0.18513 asp_L[c] + 40.5049 atp[c] + 0.011924 ca2[c] + 0.011924 cl[c] + 0.0028624 clpn180[c] + 0.0028624 clpnai17[c] + 0.0028624 clpni17[c] + 0.011924 coa[c] + 0.011924 cobalt2[c] + 0.065455 ctp[c] + 0.011924 cu2[c] + 0.070709 cys_L[c] + 0.011679 datp[c] + 0.011679 dctp[c] + 0.011679 dgtp[c] + dnarep[c] + 0.011679 dttp[c] + 0.011924 fad[c] + 0.011924 fe2[c] + 0.011924 fe3[c] + 0.27346 gln_L[c] + 0.27346 glu_L[c] + 0.49362 gly[c] + 0.00060203 glyc45tca[c] + 0.00060203 glyc45tcaala_D[c] + 0.00060203 glyc45tcaglc[c] + 0.0026466 gthrd[c] + 0.10567 gtp[c] + 35.7315 h2o[c] + 0.089938 his_L[c] + 0.00060203 i17tca1[c] + 0.00060203 i17tcaacgam[c] + 0.00060203 i17tcaala_D[c] + 0.00060203 i17tcaglc[c] + 0.28909 ile_L[c] + 0.011924 k[c] + 0.39665 leu_L[c] + 0.34449 lys_L[c] + 0.13158 met_L[c] + 0.011924 mg2[c] + 0.011924 mn2[c] + 0.0026466 mqn8[c] + 0.011924 nad[c] + 0.011924 nadp[c] + 0.0028624 pe180[c] + 0.0028624 peai17[c] + 0.0028624 pei17[c] + 0.0028624 pg180[c] + 0.0028624 pgai17[c] + 0.0028624 pgi17[c] + 0.18717 phe_L[c] + 0.0026466 pheme[c] + 0.18787 pro_L[c] + proteinsynth[c] + 0.0026466 ptrc[c] + 0.011924 pydx5p[c] + 0.0026466 q8[c] + 0.011924 ribflv[c] + rnatrans[c] + 0.22612 ser_L[c] + 0.0026466 sheme[c] + 0.011924 so4[c] + 0.0026466 spmd[c] + 0.00060203 sttca1[c] + 0.00060203 sttcaacgam[c] + 0.00060203 sttcaala_D[c] + 0.00060203 sttcaglc[c] + 0.0060657 tcam[c] + 0.0026466 thf[c] + 0.0026466 thmpp[c] + 0.21688 thr_L[c] + 0.057663 trp_L[c] + 0.12478 tyr_L[c] + 0.036891 udcpdp[c] + 0.070701 utp[c] + 0.35898 val_L[c] + 0.011924 zn2[c] -> 0.038697 PGPm1[c] + 40.419 adp[c] + 0.011924 apoACP[c] + biomass[c] + 0.0026466 cbi[c] + 0.0026466 dmbzid[c] + 40.419 h[c] + 40.4071 pi[c] + 0.3169 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ins[c] 2kmb[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hppnl[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 44dpnspr[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hphac[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] L2aadp[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acaadp[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] aclys[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chols[c] chols[e] chor[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dhsql[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxa[e] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACLYSHYc aclys[c] + h2o[c] <=> ac[c] + lys_L[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS_H2S cys_L[c] + hcys_L[c] -> cyst_L[c] + h2s[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSQLD dhsql[c] + 3 fad[c] -> 44dpnspr[c] + 3 fadh2[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSHSL h2o[c] + hcys_L[c] <=> 2obut[c] + h2s[c] + nh4[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] L2AADPI L2aadp[c] + accoa[c] -> acaadp[c] + coa[c] + h[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3mbutACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acmalt[c] acmam[c] acmama[c] acmana[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alahis[e] alaleu[c] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gchola[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psd5p[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbt_D[c] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGMAL akg[c] + mal_L[e] <=> akg[e] + mal_L[c] AKO akg[c] + fad[c] + h2o[c] -> co2[c] + fadh2[c] + succ[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBLTDe adocbl[c] -> adocbl[e] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CBl1te cbl1[c] -> cbl1[e] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CGLYt cgly[e] + h[e] -> cgly[c] + h[c] CHORM chor[c] -> pphn[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DM_2obut[c] 2obut[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alahis(e) alahis[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTHRK atp[c] + thr_L[c] -> adp[c] + h[c] + thrp[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXGDC akg[c] + h[c] -> co2[c] + sucsal[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHE4MO o2[c] + phe_L[c] + thbpt[c] -> dhbpt[c] + h2o[c] + tyr_L[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3mbutACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acmalt[c] acmam[c] acmama[c] acmana[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alahis[e] alaleu[c] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] cholate[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gchola[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psd5p[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbt_D[c] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGMAL akg[c] + mal_L[e] <=> akg[e] + mal_L[c] AKO akg[c] + fad[c] + h2o[c] -> co2[c] + fadh2[c] + succ[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBLTDe adocbl[c] -> adocbl[e] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CBl1te cbl1[c] -> cbl1[e] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CGLYt cgly[e] + h[e] -> cgly[c] + h[c] CHORM chor[c] -> pphn[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DM_2obut[c] 2obut[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alahis(e) alahis[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTHRK atp[c] + thr_L[c] -> adp[c] + h[c] + thrp[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXGDC akg[c] + h[c] -> co2[c] + sucsal[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHE4MO o2[c] + phe_L[c] + thbpt[c] -> dhbpt[c] + h2o[c] + tyr_L[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2ins[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dgclur[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmana[c] acmanap[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_RR[e] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] indpyr[c] inost[c] inost[e] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mucl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] -> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_inost(e) inost[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4t4 k[c] + nh4[e] -> k[e] + nh4[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0039698 10fthf[c] + 0.0039698 2dmmq8[c] + 0.0039698 5mthf[c] + 0.0078745 ACP[c] + 0.047141 PGP[c] + 0.0039698 adocbl[c] + 0.00090305 ai17tca1[c] + 0.00090305 ai17tcaacgam[c] + 0.00090305 ai17tcaala_D[c] + 0.00090305 ai17tcaglc[c] + 0.38381 ala_L[c] + 0.0078745 amet[c] + 0.24084 arg_L[c] + 0.1915 asn_L[c] + 0.1915 asp_L[c] + 40.7308 atp[c] + 0.0078745 ca2[c] + 0.0078745 cl[c] + 0.0042936 clpn180[c] + 0.0042936 clpnai17[c] + 0.0042936 clpni17[c] + 0.0078745 coa[c] + 0.0078745 cobalt2[c] + 0.078002 ctp[c] + 0.0078745 cu2[c] + 0.072967 cys_L[c] + 0.012592 datp[c] + 0.012592 dctp[c] + 0.012592 dgtp[c] + dnarep[c] + 0.012592 dttp[c] + 0.0078745 fad[c] + 0.0078745 fe2[c] + 0.0078745 fe3[c] + 0.25851 gln_L[c] + 0.25851 glu_L[c] + 0.50257 gly[c] + 0.00090305 glyc45tca[c] + 0.00090305 glyc45tcaala_D[c] + 0.00090305 glyc45tcaglc[c] + 0.0039698 gthrd[c] + 0.12575 gtp[c] + 35.9783 h2o[c] + 0.087285 his_L[c] + 0.00090305 i17tca1[c] + 0.00090305 i17tcaacgam[c] + 0.00090305 i17tcaala_D[c] + 0.00090305 i17tcaglc[c] + 0.27649 ile_L[c] + 0.0078745 k[c] + 0.39306 leu_L[c] + 0.32863 lys_L[c] + 0.13142 met_L[c] + 0.0078745 mg2[c] + 0.0078745 mn2[c] + 0.0039698 mqn8[c] + 0.0078745 nad[c] + 0.0078745 nadp[c] + 0.0042936 pe180[c] + 0.0042936 peai17[c] + 0.0042936 pei17[c] + 0.0042936 pg180[c] + 0.0042936 pgai17[c] + 0.0042936 pgi17[c] + 0.17838 phe_L[c] + 0.0039698 pheme[c] + 0.18823 pro_L[c] + proteinsynth[c] + 0.0039698 ptrc[c] + 0.0078745 pydx5p[c] + 0.0039698 q8[c] + 0.0078745 ribflv[c] + rnatrans[c] + 0.21322 ser_L[c] + 0.0039698 sheme[c] + 0.0078745 so4[c] + 0.0039698 spmd[c] + 0.00090305 sttca1[c] + 0.00090305 sttcaacgam[c] + 0.00090305 sttcaala_D[c] + 0.00090305 sttcaglc[c] + 0.00090305 tcam[c] + 0.0039698 thf[c] + 0.0039698 thmpp[c] + 0.21675 thr_L[c] + 0.054827 trp_L[c] + 0.12265 tyr_L[c] + 0.047141 udcpdp[c] + 0.084248 utp[c] + 0.35966 val_L[c] + 0.0078745 zn2[c] -> 0.04985 PGPm1[c] + 40.6285 adp[c] + 0.0078745 apoACP[c] + biomass[c] + 0.0039698 cbi[c] + 0.0039698 dmbzid[c] + 40.6285 h[c] + 40.6206 pi[c] + 0.39365 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2ins[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dgclur[c] 5dpmev[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmana[c] acmanap[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_RR[e] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] indpyr[c] inost[c] inost[e] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mucl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_inost(e) inost[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOLte fol[c] -> fol[e] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4t4 k[c] + nh4[e] -> k[e] + nh4[c] NH4tb nh4[e] <=> nh4[c] NMNt7 h2o[c] + nmn[e] -> h[c] + ncam[c] + r5p[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2kmb[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 4adcho[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01434[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chtbs[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhor_S[c] dhpt[c] dhptd[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hexACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lys_L[c] lys_L[e] madg[c] malACP[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] raffin[c] raffin[e] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2HYMEPH 2hymeph[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt2 h[e] + pnto_R[e] <=> h[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TTDCAtr ttdca[e] <=> ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013437 datp[c] + 0.013437 dctp[c] + 0.013437 dgtp[c] + dnarep[c] + 0.013437 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 37.16 h2o[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 41.257 h[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 25aics[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dpmev[c] 5drib[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahcys[e] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHCYSts ahcys[c] -> ahcys[e] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_acnam(e) acnam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ahcys(e) ahcys[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TDCOATA coa[c] + myrsACP...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hymeph[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abut[c] 4abut[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholate[e] chtbs[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acnam(e) acnam[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMNt2 h[e] + rmn[e] <=> h[c] + rmn[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] -> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UNK3 2kmb[c] + glu_L[c] -> akg[c] + met_L[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 2aobut[c] 2c25dho[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hymeph[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 34hpp[c] 3a2opp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abut[c] 4abut[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adp[c] adpglc[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] cgly[e] chol[c] cholate[e] chtbs[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gchola[e] gdp[c] gdptp[c] ggdp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acnam(e) acnam[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMNt2 h[e] + rmn[e] <=> h[c] + rmn[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UNK3 2kmb[c] + glu_L[c] -> akg[c] + met_L[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2aobut[c] 2c25dho[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3ump[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC00319[c] L2aadp6sa[c] Largn[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmana[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adn[c] adn[e] adocbi[c] adocbl[c] adp[c] adpglc[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gbbtn[c] gbbtn[e] gchola[e] gdp[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdeACP[c] hexACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl[c] mnl[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] ser_D[c] ser_D[e] ser_L[c] ser_L[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_2HYMEPH 2hymeph[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAD_D mnl[c] + nad[c] <=> fru[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLt6 h[e] + mnl[e] <=> h[c] + mnl[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREGLUDR2 pi[c] + tre[c] <=> g1p_B[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2r h[e] + xan[e] <=> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016373 datp[c] + 0.010503 dctp[c] + 0.010503 dgtp[c] + dnarep[c] + 0.016373 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2c25dho[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5apru[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00900[c] HC01231[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acorn[c] actACP[c] actn_R[c] actn_S[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asp_L[c] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] cholp[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dm[c] dtdp[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpnai15(c) clpnai15[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016441 datp[c] + 0.010435 dctp[c] + 0.010435 dgtp[c] + dnarep[c] + 0.016441 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3psme[c] 4abz[c] 4abz[e] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hmgcoa[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man6p[c] man[c] man[e] mbdg[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017382 datp[c] + 0.0094956 dctp[c] + 0.0094956 dgtp[c] + dnarep[c] + 0.017382 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01104[c] HC01231[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cpppg3[c] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mana[c] mbdg[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] seahcys[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] urdgly[c] urdglyc[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSabc atp[c] + cys_L[e] + h2o[c] -> adp[c] + cys_L[c] + h[c] + pi[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLte fol[c] -> fol[e] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LALDO3 lald_L[c] + nadp[c] <=> h[c] + mthgxl[c] + nadph[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016486 datp[c] + 0.010391 dctp[c] + 0.010391 dgtp[c] + dnarep[c] + 0.016486 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hphac[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSabc atp[c] + cys_L[e] + h2o[c] -> adp[c] + cys_L[c] + h[c] + pi[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_GLY3PRi g3p[c] + h2o[c] + nadp[c] -> 3pg[c] + 2 h[c] + nadph[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp16...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016021 datp[c] + 0.016021 dctp[c] + 0.016021 dgtp[c] + dnarep[c] + 0.016021 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butpi[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[e] man1p[c] man6p[c] man[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] tet[e] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni14(c) clpni14[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_15dap(e) 15dap[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_tet(e) tet[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOAMPO fad[c] + ibcoa[c] <=> 2mp2coa[c] + fadh2[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_ALAOPAT 2mop[c] + ala_L[c] <=> 3aib[c] + pyr[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGCOAH hmgcoa[c] <=> 3mgcoa[c] + h2o[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.011126 datp[c] + 0.02091 dctp[c] + 0.02091 dgtp[c] + dnarep[c] + 0.011126 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2h3oppan[c] 2hb[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] CE5656[c] HC00695[c] HC00955[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacoa[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_S[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btcoa[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] bz12diol[c] ca2[c] ca2[e] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACPm[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANAD_D mnl[c] + nad[c] <=> fru[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014782 datp[c] + 0.017258 dctp[c] + 0.017258 dgtp[c] + dnarep[c] + 0.014782 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpp[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] mana[c] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxalc[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_2ddglcn(e) 2ddglcn[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IDOND 5dglcn[c] + h[c] + nadh[c] <=> idon_L[c] + nad[c] IDOND2 5dglcn[c] + h[c] + nadph[c] -> idon_L[c] + nadp[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=>...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.022547 datp[c] + 0.0095009 dctp[c] + 0.0095009 dgtp[c] + dnarep[c] + 0.022547 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmp[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hqn[c] hxan[c] hxan[e] ibcoa[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mbdg[c] melib[c] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] peamn[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_5mta(e) 5mta[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NCAMabc atp[c] + h2o[c] + ncam[e] -> adp[c] + h[c] + ncam[c] + pi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + ut...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017019 datp[c] + 0.0098577 dctp[c] + 0.0098577 dgtp[c] + dnarep[c] + 0.017019 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] ni2[c] ni2[e] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] selcyst[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACITL atp[c] + cit[c] + coa[c] -> accoa[c] + adp[c] + oaa[c] + pi[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMabc atp[c] + h2o[c] + ncam[e] -> adp[c] + h[c] + ncam[c] + pi[c] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMEVKc 5pmev[c] + atp[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2kmb[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acorn[c] acryl[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btal[c] btd_RR[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mantr[c] mantr[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H202D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MQN7te mqn7[c] -> mqn7[e] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMabc atp[c] + h2o[c] + ncam[e] -> adp[c] + h[c] + ncam[c] + pi[c] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OP4ENH h2o[c] + op4en[c] -> 4h2opntn[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPM r1p[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.015277 datp[c] + 0.011599 dctp[c] + 0.011599 dgtp[c] + dnarep[c] + 0.015277 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2kmb[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acorn[c] acryl[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btal[c] btd_RR[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholp[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[c] man[e] mantr[c] mantr[e] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] octdp[c] octeACP[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_diact(e) diact[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MQN7te mqn7[c] -> mqn7[e] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMabc atp[c] + h2o[c] + ncam[e] -> adp[c] + h[c] + ncam[c] + pi[c] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OP4ENH h2o[c] + op4en[c] -> 4h2opntn[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2ippm[c] 2kmb[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2pg[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acglu[c] achms[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adp[c] adprib[c] ahcys[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmgcoa[c] hom_L[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] octeACP[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppp9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r5p[c] raffin[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s7p[c] sbt_D[c] sbzcoa[c] ser_L[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_teich_45_BS(c) teich_45_BS[c] -> DM_thmpp(c) thmpp[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_diact(e) diact[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_ribflv(e) ribflv[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHyr icit[c] + nadp[c] <=> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRy nadp[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PDXPP h2o[c] + pdx5p[c] -> pi[c] + pydxn[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt succ[c] <=> succ[e] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UNK3 2kmb[c] + glu_L[c] -> akg[c] + met_L[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2r h[e] + ura[e] <=> h[c] + ura[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLt xyl_D[e] <=> xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1088 cit[e] + h[e] <=> cit[c] + h[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hanthrn[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] ade[c] adhlam[c] adn[c] adn[e] adocbl[c] adocbl[e] adp[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] crn[c] crn[e] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmlz[c] dmphqno[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql7[c] mql8[c] mqn7[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] no3[c] no3[e] no[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxa[e] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_D[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKYNH h2o[c] + hLkynr[c] -> 3hanthrn[c] + ala_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACNa1t 2 h[e] + lac_L[c] + mal_L[e] + na1[c] <=> 2 h[c] + lac_L[e] + mal_L[c] + na1[e] L_LACt2 h[e] + lac_L[e] -> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALLACDt h[c] + lac_D[e] + mal_L[c] + na1[e] <=> h[e] + lac_D[c] + mal_L[e] + na1[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMUP ncam[e] -> ncam[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOS1 arg_L[c] + h[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + nwharg[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] NWHARGOX nadph[c] + 2 nwharg[c] + 2 o2[c] <=> 2 citr_L[c] + 2 h2o[c] + h[c] + nadp[c] + 2 no[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXAte oxa[c] -> oxa[e] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hc...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dgclur[c] 5dpmev[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] ppa[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_4abut(e) 4abut[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPROxr 1p3h5c[c] + 2 h[c] + nadh[c] <=> 4hpro_LT[c] + nad[c] HPROyr 1p3h5c[c] + 2 h[c] + nadph[c] <=> 4hpro_LT[c] + nadp[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013437 datp[c] + 0.013437 dctp[c] + 0.013437 dgtp[c] + dnarep[c] + 0.013437 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 37.16 h2o[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 41.257 h[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dgclur[c] 5dpmev[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] ppa[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_4abut(e) 4abut[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPROxr 1p3h5c[c] + 2 h[c] + nadh[c] <=> 4hpro_LT[c] + nad[c] HPROyr 1p3h5c[c] + 2 h[c] + nadph[c] <=> 4hpro_LT[c] + nadp[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016844 datp[c] + 0.010033 dctp[c] + 0.010033 dgtp[c] + dnarep[c] + 0.016844 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dhchol[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3abutcoa[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00900[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lfmkynr[c] Lkynr[c] Lkynr[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] din[e] dkdi[c] dkmpp[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dm[c] dtdp[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] id3acald[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] man6p[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no[c] np2msucc[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xylhl_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GULLACO ascb_L[c] + h[c] <=> xylhl_L[c] GULLACOX gullac[c] + o2[c] -> h2o2[c] + xylhl_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahh...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016896 datp[c] + 0.0099807 dctp[c] + 0.0099807 dgtp[c] + dnarep[c] + 0.016896 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 36dahx[c] 3abutcoa[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] CE5656[c] HC00695[c] HC00900[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] HC02097[c] HC02098[c] Largn[c] Lcyst[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[c] cholcoa[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] din[e] dkdi[c] dkmpp[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dm[c] dtdp[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hacon_C[c] hcit[c] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] man6p[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no[c] np2msucc[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 15DAPt 15dap[c] -> 15dap[e] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTA akg[c] + cys_L[c] <=> glu_L[c] + mercppyr[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSKDH 3dhsk[c] -> 34dhb[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.020024 ACP[c] + 0.016391 PGP[c] + 0.31096 ala_L[c] + 0.020024 amet[c] + 0.22477 arg_L[c] + 0.17239 asn_L[c] + 0.17239 asp_L[c] + 40.0531 atp[c] + 0.020024 ca2[c] + 0.020024 cl[c] + 0.020024 coa[c] + 0.020024 cobalt2[c] + 0.040362 ctp[c] + 0.020024 cu2[c] + 0.066193 cys_L[c] + 0.0098522 datp[c] + 0.0098522 dctp[c] + 0.0098522 dgtp[c] + dnarep[c] + 0.0098522 dttp[c] + 0.020024 fad[c] + 0.020024 fe2[c] + 0.020024 fe3[c] + 0.30335 gln_L[c] + 0.30335 glu_L[c] + 0.47573 gly[c] + 0.065512 gtp[c] + 35.2379 h2o[c] + 0.095242 his_L[c] + 0.3143 ile_L[c] + 0.020024 k[c] + 0.40383 leu_L[c] + 0.37621 lys_L[c] + 0.13191 met_L[c] + 0.020024 mg2[c] + 0.020024 mn2[c] + 0.020024 nad[c] + 0.020024 nadp[c] + 0.20477 phe_L[c] + 0.18715 pro_L[c] + proteinsynth[c] + 0.020024 pydx5p[c] + 0.020024 ribflv[c] + rnatrans[c] + 0.25191 ser_L[c] + 0.020024 so4[c] + 0.016391 tcam[c] + 0.21715 thr_L[c] + 0.063336 trp_L[c] + 0.12905 tyr_L[c] + 0.016391 udcpdp[c] + 0.043607 utp[c] + 0.35763 val_L[c] + 0.020024 zn2[c] -> 0.016391 PGPm1[c] + 40 adp[c] + 0.020024 apoACP[c] + biomass[c] + 40 h[c] + 39.98 pi[c] + 0.16341 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23doguln[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhguln[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacald[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acnam[e] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] amopbut_L[c] amp[c] amylopect900[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bhb[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cfesp[c] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhmphze[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hxan[c] hxan[e] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] levan1000[e] levanb[c] levanb[e] levanttr[e] levantttr[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] mecfsp[c] melib[c] meoh[c] meoh[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mphze[c] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pecticgal[e] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt_D[c] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[e] tcam[c] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3DGUR 3dhguln[c] + nadp[c] <=> 23doguln[c] + h[c] + nadph[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMabc acnam[e] + atp[c] + h2o[c] -> acnam[c] + adp[c] + h[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] AMYLOPECTe amylopect900[e] + 299 h2o[e] -> 300 malttr[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] CODH_ACS co2[c] + coa[c] + fdxrd[c] + mecfsp[c] -> accoa[c] + cfesp[c] + fdxox[c] + h2o[c] + h[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DOGULNR 23doguln[c] + h[c] + nadh[c] -> 3dhguln[c] + nad[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_C02528(e) C02528[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acnam(e) acnam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amylopect900(e) amylopect900[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galur(e) galur[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inulin(e) inulin[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_levan1000(e) levan1000[e] <=> EX_levanb(e) levanb[e] <=> EX_levanttr(e) levanttr[e] <=> EX_levantttr(e) levantttr[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_meoh(e) meoh[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_pecticgal(e) pecticgal[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FDHfdx co2[c] + fdxrd[c] <=> fdxox[c] + for[c] + h[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUASE1 h2o[c] + levanb[c] -> 2 fru[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYDFDN2rfdx fdxrd[c] + h[c] + nadph[c] <=> fdxox[c] + 2 h2[c] + nadp[c] HYDFDNrfdx fdxrd[c] + h[c] + nadh[c] <=> fdxox[c] + 2 h2[c] + nad[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEVANASE_1e 249 h2o[e] + levan1000[e] -> 250 levantttr[e] LEVANASE_2e h2o[e] + levantttr[e] -> fru[e] + levanttr[e] LEVANASE_3e h2o[e] + levanttr[e] -> fru[e] + levanb[e] LEVANASE_4e h2o[e] + levanb[e] -> 2 fru[e] LEVANB_ABC atp[c] + h2o[c] + levanb[e] -> adp[c] + h[c] + levanb[c] + pi[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METR 5mthf[c] + cfesp[c] <=> mecfsp[c] + thf[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFRfdx fdxox[c] + 3 h[c] + mlthf[c] + 2 nadh[c] <=> 5mthf[c] + fdxrd[c] + 2 nad[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PECTICGALASEe 99 h2o[e] + pecticgal[e] -> 2 ac[e] + 9 arab_L[e] + 78 gal[e] + 9 galur[e] + 2 meoh[e] + 4 rmn[e] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXtr pydx[e] <=> pyd...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.021962 datp[c] + 0.010085 dctp[c] + 0.010085 dgtp[c] + dnarep[c] + 0.021962 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hymeph[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chor[e] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dh6na[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] melib[c] melib[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg180[c] pgai17[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] pime[c] pime[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHCOAL atp[c] + coa[c] + pime[c] -> amp[c] + pmcoa[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DH6NAOT4 dh6na[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pime(e) pime[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTI tre[c] <=> malt[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dglcn[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kesto[e] kestopt[e] kestottr[e] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pime[c] pime[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tartr_L[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHCOAL atp[c] + coa[c] + pime[c] -> amp[c] + pmcoa[c] + ppi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pime(e) pime[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTHRK atp[c] + thr_L[c] -> adp[c] + h[c] + thrp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIMEtr pime[e] <=> pime[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCtex2 ptrc[c] -> ptrc[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015191 datp[c] + 0.016849 dctp[c] + 0.016849 dgtp[c] + dnarep[c] + 0.015191 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24pentdcoa[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pentcoa[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3btcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hisovalcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pentcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hdxbutn[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4pentcoa[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5aptn[e] 5drib[c] 5forthf[c] 5fthf[c] 5h2pentcoa[c] 5hval[c] 5hvalcoa[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] HC00955[c] HC01104[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] Largn[c] M02694[c] M03134[c] M03134[e] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] altrn[c] amet[c] ametam[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] applp[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bhb[c] bhb[e] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hqn[c] hx2coa[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] laccoa[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg180[c] pgai17[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpncoa[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] tagur[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 24PENTDCOAR 24pentdcoa[c] + h[c] + nadh[c] <=> 3pentcoa[c] + nad[c] 24PENTDCOAR2 24pentdcoa[c] + fadh2[c] <=> 4pentcoa[c] + fad[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HISOVALCOAC 2 3hisovalcoa[c] -> M02694[c] + ac[c] + h[c] + ppcoa[c] 3HISOVALCOAG 2pentcoa[c] + h2o[c] <=> 3hisovalcoa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3PENTI 3pentcoa[c] <=> 2pentcoa[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5APTNt2r 5aptn[e] + h[e] <=> 5aptn[c] + h[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5H2PENTCOAD 5h2pentcoa[c] -> 24pentdcoa[c] + h2o[c] 5HVALCOADH 5hvalcoa[c] + fad[c] <=> 5h2pentcoa[c] + fadh2[c] 5HVALCOAT 5hval[c] + accoa[c] -> 5hvalcoa[c] + ac[c] 5HVALDH h[c] + nadh[c] + oxptn[c] <=> 5hval[c] + nad[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2obut[c] 2obut[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_5aptn(e) 5aptn[e] <=> EX_M03134(e) M03134[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2 gly[e] + h[e] -> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACCOAD laccoa[c] -> h2o[c] + prpncoa[c] LACCOAT lac_L[c] + ppcoa[c] <=> laccoa[c] + ppa[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTHRK atp[c] + thr_L[c] -> adp[c] + h[c] + thrp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M03134t2r M03134[e] + h[e] <=> M03134[c] + h[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MUCCYCI ccmuac[c] + h[c] <=> mucl[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + n...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.012011 datp[c] + 0.020026 dctp[c] + 0.020026 dgtp[c] + dnarep[c] + 0.012011 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2acamsucc[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hydogcoa[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2oxoadp[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] HC00695[c] HC00900[c] HC00955[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02098[c] HC02099[c] HC02121[c] L2aadp[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] aact[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arabt_L[c] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cechddd[c] cenchddd[c] cgly[c] cgly[e] chol[c] cholate[c] cholcoa[c] chols[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dkdi[c] dma[c] dmbzid[c] dmgly[c] dmlarg[c] dmlz[c] dmpp[c] dms[e] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galctn_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutaccoa[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] hLkynr[c] h[c] h[e] hacon_C[c] hcit[c] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxal[c] hxan[c] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] malylcoa[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mcrea[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n2[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] stys[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_D[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2ACAMSUCCAH 2acamsucc[c] + 2 h2o[c] + h[c] -> ac[c] + co2[c] + nh4[c] + sucsal[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HH24DDH1 2hh24dd[c] + h2o[c] -> 24dhhed[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AATAi L2aadp[c] + akg[c] <=> 2oxoadp[c] + glu_L[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARABI arab_D[c] <=> rbl_D[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARB_Dabc arab_D[e] + atp[c] + h2o[c] -> adp[c] + arab_D[c] + h[c] + pi[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BHMT glyb[c] + hcys_L[c] -> dmgly[c] + met_L[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSKDH 3dhsk[c] -> 34dhb[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBA4 xu1p_D[c] <=> dhap[c] + gcald[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.021587 datp[c] + 0.01046 dctp[c] + 0.01046 dgtp[c] + dnarep[c] + 0.021587 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1ihpdecg3p[c] 1odecg3p[c] 1pyr5c[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5fth4mpt[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_D[c] arab_D[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] biomass[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] cgly[e] ch4[c] ch4[e] chol[c] cholp[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhmphze[c] dhor_S[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fald[e] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmfur[c] fmn[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fum[c] g1p[c] g3p[c] g6p[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gar[c] gdp[c] gdpmann[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h4mpt[c] h[c] h[e] hco3[c] hco3[e] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] man1p[c] man6p[c] mcom[c] meoh[c] meoh[e] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mev_R[c] mfur[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mphze[c] mql8[c] mqn8[c] msa[c] mtethnpn[c] mtth4mpt[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] na1[c] na1[e] nac[c] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pep[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] pime[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tartr_L[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD2y etoh[c] + nadp[c] <=> acald[c] + h[c] + nadph[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABt arab_D[e] <=> arab_D[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4t ch4[c] <=> ch4[e] CHCOAL atp[c] + coa[c] + pime[c] -> amp[c] + pmcoa[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] COF420H coF420[c] + h2[c] + 2 h[c] -> coF420h[c] + 2 h[e] COF420_NADP_OX coF420[c] + h[c] + nadph[c] <=> coF420h[c] + nadp[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt2r etoh[e] + h[e] <=> etoh[c] + h[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4(e) ch4[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_etoh(e) etoh[e] <=> EX_fald(e) fald[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hco3(e) hco3[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_meoh(e) meoh[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180i atp[c] + coa[c] + ocdca[c] -> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUP f1p[c] + h2o[c] -> fru[c] + pi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PGTi malt[c] + 2 pi[c] -> 2 g1p[c] + h2o[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSx akg[c] + gln_L[c] + h[c] + nadh[c] -> 2 glu_L[c] + nad[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt gsn[e] <=> gsn[c] GSNt2 gsn[e] + h[e] -> gsn[c] + h[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HCO3abc atp[c] + h2o[c] + hco3[e] -> adp[c] + h[c] + hco3[c] + pi[c] HCYSHSL h2o[c] + hcys_L[c] <=> 2obut[c] + h2s[c] + nh4[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSK atp[c] + ins[c] -> adp[c] + h[c] + imp[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MCMMT com[c] + meoh[c] -> h2o[c] + mcom[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCOMR cob[c] + mcom[c] <=> ch4[c] + comSScob[c] MCOX coF420[c] + h[c] + mtethnpn[c] <=> coF420h[c] + mtth4mpt[c] MCOX2 coF420h[c] + mtethnpn[c] <=> coF420[c] + mh4mpt[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MH4MPTMT com[c] + mh4mpt[c] <=> h4mpt[c] + mcom[c] MI1PI mi1p_D[c] <=> g6p[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MPHZEH h2[c] + 2 h[c] + mphze[c] -> dhmphze[c] + 2 h[e] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTTH4MPTH h2o[c] + mtth4mpt[c] <=> 5fth4mpt[c] + h[c] N2t n2[e] <=> n2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0057915 ACP[c] + 0.092476 PGP[c] + 0.0057915 adocbl[c] + 0.50006 ala_L[c] + 0.0057915 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0057915 ca2[c] + 0.0057915 cl[c] + 0.0057915 coa[c] + 0.0057915 cobalt2[c] + 0.12988 ctp[c] + 0.0057915 cu2[c] + 0.08898 cys_L[c] + 0.023503 datp[c] + dnarep[c] + 0.023503 dttp[c] + 0.0057915 fad[c] + 0.0057915 fe2[c] + 0.0057915 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0057915 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0057915 mg2[c] + 0.0057915 mn2[c] + 0.0057915 nad[c] + 0.0057915 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0057915 pydx5p[c] + 0.0057915 q8[c] + 0.0057915 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0057915 so4[c] + 0.0057915 spmd[c] + 0.0057915 thmpp[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0057915 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0057915 apoACP[c] + biomass[c] + 0.0057915 cbi[c] + 0.0057915 dmbzid[c] + 40 h[c] + 39.9942 pi[c] + 0.60238 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 1pipdn2c[c] 1pyr5c[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dr5p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2me4p[c] 2mmal[c] 2mop[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2pg[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mop[c] 4mpetz[c] 4pasp[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5fth4mpt[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mta[c] 5mtc[c] 5mthglu[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 7m3hocACP[c] 7m3oocACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] ACP[c] C02528[e] C11821[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] ab6p3hxl[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] cgly[e] ch4[c] ch4[e] cholate[e] chor[c] chor[e] cit[c] citr_L[c] cl[c] cl[e] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhmphze[c] dhor_S[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etoh[c] etoh[e] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fald[e] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmfur[c] fmn[c] fmnh2[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] g1p[c] g3p[c] g6p[c] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdpmann[c] ggdp[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] h2[c] h2[e] h2o2[c] h2o[c] h2o[e] h2s[c] h4mpt[c] h[c] h[e] hco3[c] hco3[e] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hepdp[c] hethmpp[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] k[c] k[e] l2a6o[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lpro[c] lys_L[c] lys_L[e] mal_L[c] man1p[c] man6p[c] mcom[c] meoh[c] meoh[e] met_L[c] met_L[e] metala[c] metala[e] metsox_S_L[c] mev_R[c] mfur[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mlthf[c] mn2[c] mn2[e] mobd[c] mobd[e] mphze[c] mql8[c] mqn8[c] mtethnpn[c] mthgxl[c] mtth4mpt[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] oaa[c] occoa[c] ocdca[c] ocdcea[c] octdp[c] odecoa[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] pslac[c] ptrc[c] pydx5p[c] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r5p[c] rdmbzi[c] rib_D[c] ribflv[c] rnatrans[c] ru5p_D[c] scl[c] ser_L[c] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succoa[c] suchms[c] tartr_L[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] thdp[c] thf[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] xmp[c] xtsn[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD2y etoh[c] + nadp[c] <=> acald[c] + h[c] + nadph[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4t ch4[c] <=> ch4[e] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] COF420H coF420[c] + h2[c] + 2 h[c] -> coF420h[c] + 2 h[e] COF420_NADP_OX coF420[c] + h[c] + nadph[c] <=> coF420h[c] + nadp[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt2r etoh[e] + h[e] <=> etoh[c] + h[c] EX_12dhchol(e) 12dhchol[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4(e) ch4[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fald(e) fald[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gchola(e) gchola[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hco3(e) hco3[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_meoh(e) meoh[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mobd(e) mobd[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pyr(e) pyr[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSx akg[c] + gln_L[c] + h[c] + nadh[c] -> 2 glu_L[c] + nad[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCO3abc atp[c] + h2o[c] + hco3[e] -> adp[c] + h[c] + hco3[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MCMMT com[c] + meoh[c] -> h2o[c] + mcom[c] MCOMR cob[c] + mcom[c] <=> ch4[c] + comSScob[c] MCOX coF420[c] + h[c] + mtethnpn[c] <=> coF420h[c] + mtth4mpt[c] MCOX2 coF420h[c] + mtethnpn[c] <=> coF420[c] + mh4mpt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MH4MPTMT com[c] + mh4mpt[c] <=> h4mpt[c] + mcom[c] MI1PI mi1p_D[c] <=> g6p[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOBDabc atp[c] + h2o[c] + mobd[e] -> adp[c] + h[c] + mobd[c] + pi[c] MPHZEH h2[c] + 2 h[c] + mphze[c] -> dhmphze[c] + 2 h[e] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTTH4MPTH h2o[c] + mtth4mpt[c] <=> 5fth4mpt[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSLACL pslac[c] <=> h[c] + pep[c] + so3[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYRt2r h[e] + pyr[e] <=> h[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SHCHCC cobalt2[c] + dscl[c] -> copre2[c] + 3 h[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK1 atp[c] + ump[c] -> adp[c] + udp[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r1421 fald[e] <=> fald[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_dmbzid dmbzid[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.012662 datp[c] + 0.019376 dctp[c] + 0.019376 dgtp[c] + dnarep[c] + 0.012662 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1ihpdecg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpdhl[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 33hmeoxobut[c] 34hpp[c] 35cgmp[c] 36dahx[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3hmrsACP[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5fth4mpt[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01376[c] HC01377[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] anth[c] apoACP[c] appl[c] applp[c] arab_D[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] biocyt[c] biomass[c] btcoa[c] btn[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] ch4[c] ch4[e] chlphyllide[c] chol[c] cholp[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhmphze[c] dhor_S[c] dhpt[c] dhptd[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmfur[c] fmn[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galctn_D[c] galctn_D[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpmann[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h4mpt[c] h[c] h[e] hcit[c] hco3[c] hco3[e] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] man1p[c] man6p[c] mcom[c] meoh[c] meoh[e] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mfur[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mphze[c] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mtethnpn[c] mtth4mpt[c] myrsACP[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] protochloroph[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] s7p[c] s[c] sbt_D[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] tdcoa[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD2y etoh[c] + nadp[c] <=> acald[c] + h[c] + nadph[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4t ch4[c] <=> ch4[e] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] COF420H coF420[c] + h2[c] + 2 h[c] -> coF420h[c] + 2 h[e] COF420_NADP_OX coF420[c] + h[c] + nadph[c] <=> coF420h[c] + nadp[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt2r etoh[e] + h[e] <=> etoh[c] + h[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4(e) ch4[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hco3(e) hco3[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_meoh(e) meoh[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSx akg[c] + gln_L[c] + h[c] + nadh[c] -> 2 glu_L[c] + nad[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HCITS accoa[c] + akg[c] + h2o[c] -> coa[c] + h[c] + hcit[c] HCO3abc atp[c] + h2o[c] + hco3[e] -> adp[c] + h[c] + hco3[c] + pi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDDI ipdp[c] <=> dmpp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MCMMT com[c] + meoh[c] -> h2o[c] + mcom[c] MCOMR cob[c] + mcom[c] <=> ch4[c] + comSScob[c] MCOX coF420[c] + h[c] + mtethnpn[c] <=> coF420h[c] + mtth4mpt[c] MCOX2 coF420h[c] + mtethnpn[c] <=> coF420[c] + mh4mpt[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MH4MPTMT com[c] + mh4mpt[c] <=> h4mpt[c] + mcom[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MPHZEH h2[c] + 2 h[c] + mphze[c] -> dhmphze[c] + 2 h[e] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTTH4MPTH h2o[c] + mtth4mpt[c] <=> 5fth4mpt[c] + h[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADPHQR2 h[c] + nadph[c] + q8[c] -> nadp[c] + q8h2[c] NADPHQR3 h[c] + mqn8[c] + nadph[c] -> mql8[c] + nadp[c] NADPHQR4 2dmmq8[c] + h[c] + nadph[c] -> 2dmmql8[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDE1 camp[c] + h2o[c] -> amp[c] + h[c] PDE4 35cgmp[c] + h2o[c] -> gmp[c] + h[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPC co2[c] + h2o[c] + pep[c] -> h[c] + oaa[c] + pi[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PROTOCHLOROR atp[c] + fdxrd[c] + h2o[c] + protochloroph[c] -> adp[c] + chlphyllide[c] + fdxox[c] + pi[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PROt4 na1[e] + pro_L[e] -> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBLIi rbl_D[c] -> arab_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SBTD_D2 nad[c] + sbt_D[c] -> fru[c] + h[c] + nadh[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SELCYSTS selhcys[c] + ser_L[c] -> h2o[c] + selcyst[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SOTA akg[c] + sucorn[c] -> glu_L[c] + sucgsa[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SULFACabc atp[c] + h2o[c] + sulfac[e] -> adp[c] + h[c] + pi[c] + sulfac[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRAr thr_L[c] <=> acald[c] + gly[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.023192 datp[c] + 0.0088563 dctp[c] + 0.0088563 dgtp[c] + dnarep[c] + 0.023192 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48462 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1ihpdecg3p[c] 1odecg3p[c] 1pyr5c[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2aobut[c] 2cpr5p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5fth4mpt[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] ab6p3hxl[c] ac[c] ac[e] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acorn[c] acser[c] actACP[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_D[c] arab_D[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] ch4[c] ch4[e] cholate[e] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddca[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhmphze[c] dhna[c] dhor_S[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etoh[c] etoh[e] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fald[e] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmfur[c] fmn[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] g1p[c] g3p[c] g6p[c] gagicolipa[c] gam1p[c] gam6p[c] gar[c] gcald[c] gchola[e] gdp[c] gdpmann[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] gly[e] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthrd[c] gtp[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h4mpt[c] h[c] h[e] hco3[c] hco3[e] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hepdp[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hxan[c] iasp[c] ibcoa[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] man1p[c] man6p[c] mcom[c] meoh[c] meoh[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mfur[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mphze[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] mtethnpn[c] mtth4mpt[c] myrsACP[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] odecoa[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe180[c] peai17[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] pslac[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] s7p[c] scl[c] ser_L[c] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] urea[c] uri[c] uri[e] utp[c] val_L[c] xmp[c] xtsn[c] xu5p_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD2y etoh[c] + nadp[c] <=> acald[c] + h[c] + nadph[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABt arab_D[e] <=> arab_D[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4t ch4[c] <=> ch4[e] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] COF420H coF420[c] + h2[c] + 2 h[c] -> coF420h[c] + 2 h[e] COF420_NADP_OX coF420[c] + h[c] + nadph[c] <=> coF420h[c] + nadp[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt2r etoh[e] + h[e] <=> etoh[c] + h[c] EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_D(e) arab_D[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4(e) ch4[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dgchol(e) dgchol[e] <=> EX_etoh(e) etoh[e] <=> EX_fald(e) fald[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gchola(e) gchola[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hco3(e) hco3[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_meoh(e) meoh[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn7(e) mqn7[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ribflv(e) ribflv[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_uri(e) uri[e] <=> EX_zn2(e) zn2[e] <=> FA120ACPH ddcaACP[c] + h2o[c] <=> ACP[c] + ddca[c] + h[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSx akg[c] + gln_L[c] + h[c] + nadh[c] -> 2 glu_L[c] + nad[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCO3abc atp[c] + h2o[c] + hco3[e] -> adp[c] + h[c] + hco3[c] + pi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSK atp[c] + ins[c] -> adp[c] + h[c] + imp[c] IPDDI ipdp[c] <=> dmpp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MCMMT com[c] + meoh[c] -> h2o[c] + mcom[c] MCOMR cob[c] + mcom[c] <=> ch4[c] + comSScob[c] MCOX coF420[c] + h[c] + mtethnpn[c] <=> coF420h[c] + mtth4mpt[c] MCOX2 coF420h[c] + mtethnpn[c] <=> coF420[c] + mh4mpt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MH4MPTMT com[c] + mh4mpt[c] <=> h4mpt[c] + mcom[c] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MPHZEH h2[c] + 2 h[c] + mphze[c] -> dhmphze[c] + 2 h[e] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTTH4MPTH h2o[c] + mtth4mpt[c] <=> 5fth4mpt[c] + h[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NCAMabc atp[c] + h2o[c] + ncam[e] -> adp[c] + h[c] + ncam[c] + pi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSLACL pslac[c] <=> h[c] + pep[c] + so3[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TCDCHOLBHSe h2o[e] + tdchola[e] -> C02528[e] + h[e] + taur[e] TCHOLBHSe h2o[e] + tchola[e] -> cholate[e] + h[e] + taur[e] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UPP3MT 2 amet[c] + uppg3[c] -> 2 ahcys[c] + dscl[c] + h[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] URIDK1 atp[c] + ump[c] -> adp[c] + udp[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0220 HC01668[c] + coa[c] <=> amp[c] + h[c] + ppcoa[c] r0318 atp[c] + h[c] + ppa[c] <=> HC01668[c] + ppi[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r1421 fald[e] <=> fald[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0097792 datp[c] + 0.022256 dctp[c] + 0.022256 dgtp[c] + dnarep[c] + 0.0097792 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2acamsucc[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbald[c] 4hbz[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dh4dglc[c] 5forthf[c] 5fth4mpt[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] ab14lac_L[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmanap[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chloropha[c] chlphyllide[c] chol[c] cholate[c] cholcoa[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmfur[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal[c] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcr[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h4mpt[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmppp9mme[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] malylcoa[c] man1p[c] man6p[c] man[e] mantr[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mfur[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mppp9[c] mppp9mme[c] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mtth4mpt[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxglyc[c] oxomppp9mme[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] protochloroph[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] saccrp_L[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xyllac_D[c] xylt_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2ACAMSUCCAH 2acamsucc[c] + 2 h2o[c] + h[c] -> ac[c] + co2[c] + nh4[c] + sucsal[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBADH 4hba[c] + nad[c] <=> 4hbald[c] + h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO2 asp_L[c] + nad[c] -> 2 h[c] + iasp[c] + nadh[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLOROPHCPT chlphyllide[c] + phyldpp[c] -> chloropha[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcr(e) glcr[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + gly...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0092786 datp[c] + 0.022756 dctp[c] + 0.022756 dgtp[c] + dnarep[c] + 0.0092786 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2acamsucc[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2d3dxylt[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbald[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fth4mpt[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] C11821[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acglu[c] achms[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltt[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chloropha[c] chlphyllide[c] chol[c] cholate[c] cholcoa[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmfur[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcr[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h4mpt[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmppp9mme[c] hom_L[c] hphhlipa[c] hpyr[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] malylcoa[c] man1p[c] man6p[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mfur[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mppp9[c] mppp9mme[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mtth4mpt[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[e] n2o[e] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxomppp9mme[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] protochloroph[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] saccrp_L[c] salc[c] sarcs[c] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] urate[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xyllac_D[c] xylt_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2ACAMSUCCAH 2acamsucc[c] + 2 h2o[c] + h[c] -> ac[c] + co2[c] + nh4[c] + sucsal[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBADH 4hba[c] + nad[c] <=> 4hbald[c] + h[c] + nadh[c] 4HBALDDH 4hbald[c] + h2o[c] + nadp[c] -> 4hbz[c] + 2 h[c] + nadph[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLOROPHCPT chlphyllide[c] + phyldpp[c] -> chloropha[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcr(e) glcr[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOXmq glc_bD[c] + mqn8[c] <=> g15lac[c] + mql8[c] GNOXuq glc_bD[c] + q8[c] <=> g15lac[c] + q8h2[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0098154 datp[c] + 0.02222 dctp[c] + 0.02222 dgtp[c] + dnarep[c] + 0.0098154 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2acamsucc[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fth4mpt[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] Lkynr[c] Lkynr[e] M00512[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] ch4s[c] chloropha[c] chlphyllide[c] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmfur[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h4mpt[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmppp9mme[c] hom_L[c] hphhlipa[c] hpyr[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malylcoa[c] man1p[c] man6p[c] man[e] mbdg[c] mcrea[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mfur[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mppp9[c] mppp9mme[c] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mtth4mpt[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] oxomppp9mme[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] protochloroph[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2ACAMSUCCAH 2acamsucc[c] + 2 h2o[c] + h[c] -> ac[c] + co2[c] + nh4[c] + sucsal[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLOROPHCPT chlphyllide[c] + phyldpp[c] -> chloropha[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc gl...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fth4mpt[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chloropha[c] chlphyllide[c] chol[c] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmfur[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h4mpt[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmppp9mme[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malylcoa[c] man1p[c] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mfur[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mppp9[c] mppp9mme[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mtth4mpt[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxomppp9mme[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] protochloroph[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r5p[c] rb15bp[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] suchms[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] urcan[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLOROPHCPT chlphyllide[c] + phyldpp[c] -> chloropha[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNOXmq glc_bD[c] + mqn8[c] <=> g15lac[c] + mql8[c] GNOXuq glc_bD[c] + q8[c] <=> g15lac[c] + q8h2[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010582 datp[c] + 0.021454 dctp[c] + 0.021454 dgtp[c] + dnarep[c] + 0.010582 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fth4mpt[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chloropha[c] chlphyllide[c] chol[c] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmfur[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h4mpt[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmppp9mme[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malylcoa[c] man1p[c] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mfur[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mppp9[c] mppp9mme[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mtth4mpt[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxomppp9mme[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] protochloroph[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r5p[c] rb15bp[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] suchms[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] urcan[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLOROPHCPT chlphyllide[c] + phyldpp[c] -> chloropha[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNOXmq glc_bD[c] + mqn8[c] <=> g15lac[c] + mql8[c] GNOXuq glc_bD[c] + q8[c] <=> g15lac[c] + q8h2[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010205 datp[c] + 0.02183 dctp[c] + 0.02183 dgtp[c] + dnarep[c] + 0.010205 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC01104[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_D[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] ser_L[c] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xyl_D[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICL icit[c] -> glx[c] + succ[c] IDOND 5dglcn[c] + h[c] + nadh[c] <=> idon_L[c] + nad[c] IDOND2 5dglcn[c] + h[c] + nadph[c] -> idon_L[c] + nadp[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAD_D mnl[c] + nad[c] <=> fru[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0099228 datp[c] + 0.022112 dctp[c] + 0.022112 dgtp[c] + dnarep[c] + 0.0099228 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_D[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] mcrea[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] peamn[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSNOOX 4hmsaclt[c] + 2 h[c] + nadh[c] + o2[c] <=> 4hmcachl[c] + co2[c] + h2o[c] + nad[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IDOND 5dglcn[c] + h[c] + nadh[c] <=> idon_L[c] + nad[c] IDOND2 5dglcn[c] + h[c] + nadph[c] -> idon_L[c] + nadp[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDPYRD h[c] + indpyr[c] <=> co2[c] + id3acald[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3p...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0097667 datp[c] + 0.022268 dctp[c] + 0.022268 dgtp[c] + dnarep[c] + 0.0097667 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fuc_L[e] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] peamn[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_D[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARABI arab_D[c] <=> rbl_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARB_Dabc arab_D[e] + atp[c] + h2o[c] -> adp[c] + arab_D[c] + h[c] + pi[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBA4 xu1p_D[c] <=> dhap[c] + gcald[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IDOND 5dglcn[c] + h[c] + nadh[c] <=> idon_L[c] + nad[c] IDOND2 5dglcn[c] + h[c] + nadph[c] -> idon_L[c] + nadp[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDPYRD h[c] + indpyr[c] <=> co2[c] + id3acald[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] KHK2 atp[c] + xylu_D[c] -> adp[c] + h[c] + xu1p_D[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0086506 datp[c] + 0.023383 dctp[c] + 0.023383 dgtp[c] + dnarep[c] + 0.0086506 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hh24dd[c] 2hymeph[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2ohed[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acglu[c] achms[c] acmana[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_D[c] arab_D[e] arab_L[c] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cechddd[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pppn[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbzcoa[c] scl[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_D[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1f btcoa[c] + fad[c] <=> b2coa[c] + fadh2[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDt2 arab_D[e] + h[e] <=> arab_D[c] + h[c] ARABI arab_D[c] <=> rbl_D[c] ARAI arab_L[c] <=> rbl_L[c] ARB_Dabc arab_D[e] + atp[c] + h2o[c] -> adp[c] + arab_D[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_D(e) arab_D[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBA4 xu1p_D[c] <=> dhap[c] + gcald[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IBCOAMPO fad[c] + ibcoa[c] <=> 2mp2coa[c] + fadh2[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] KHK2 atp[c] + xylu_D[c] -> adp[c] + h[c] + xu1p_D[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_ASPR asp_L[c] + nadp[c] -> 2 h[c] + iasp[c] + nadph[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANt2r h[e] + man[e] <=> h[c] + man[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITD 2mcacn[c] + h2o[c] -> micit[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAMNPP atp[c] + h2o[c] + nac[c] + prpp[c] -> adp[c] + nicrnt[c] + pi[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NICRNS atp[c] + nicrns[c] -> adp[c] + h[c] + nicrnt[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNDA h2o[c] + nmn[c] -> nh4[c] + nicrnt[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NODOx nadh[c] + 2 no[c] + 2 o2[c] -> h[c] + nad[c] + 2 no3[c] NODOy nadph[c] + 2 no[c] + 2 o2[c] -> h[c] + nadp[c] + 2 no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHEDH 2ohed[c] + h2o[c] -> 24dhhed[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0087061 datp[c] + 0.023328 dctp[c] + 0.023328 dgtp[c] + dnarep[c] + 0.0087061 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 35dacap[c] 36dahx[c] 3aib[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hcinnm[e] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00955[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] Lkynr[c] Lkynr[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaglc[c] ai17tca1[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chols[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmusa[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre5[c] copre5b[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dh6na[c] dhap[c] dhcinnm[c] dhcinnm[e] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galur[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaglc[c] i15tca1[c] i15tcaglc[c] i16tca1[c] i16tcaglc[c] i17tca1[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] mana[c] mantr[c] mbdg[c] melib[c] melib[e] melt[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaglc[c] stys[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylhl_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HAO 3hanthrn[c] + o2[c] -> cmusa[c] + h[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DH6NAOT4 dh6na[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] GULLACO ascb_L[c] + h[c] <=> xylhl_L[c] GULLACOX gullac[c] + o2[c] -> h2o2[c] + xylhl_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HGNTOR hgentis[c] + o2[c] -> 4mlacac[c] + h[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKYNH h2o[c] + hLkynr[c] -> 3hanthrn[c] + ala_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPPPNte 3hpppn[e] + h[e] <=> 3hpppn[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.013435 datp[c] + 0.018604 dctp[c] + 0.018604 dgtp[c] + dnarep[c] + 0.013435 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chor[c] chor[e] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] melib[c] melib[e] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg180[c] pgai17[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDDH mal_D[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2 h[e] + no2[e] -> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmam[c] acmama[c] acmana[c] acmanap[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] alltt[c] altrn[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chor[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] melib[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_actn_R(e) actn_R[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dextrin(e) dextrin[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inost(e) inost[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTHRK atp[c] + thr_L[c] -> adp[c] + h[c] + thrp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2t2 h[e] + no2[e] -> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SADT atp[c] + h[c] + so4[c] -> aps[c] + ppi[c] SADT2 atp[c] + gtp[c] + h2o[c] + so4[c] -> aps[c] + gdp[c] + pi[c] + ppi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC cobalt2[c] + dscl[c] -> copre2[c] + 3 h[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHK3Dr ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014285 datp[c] + 0.017754 dctp[c] + 0.017754 dgtp[c] + dnarep[c] + 0.014285 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpdhl[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3ohexACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5aop[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] apoACP[c] arab_D[c] arab_D[e] arab_L[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] melib[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1f btcoa[c] + fad[c] <=> b2coa[c] + fadh2[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARABt arab_D[e] <=> arab_D[c] ARAI arab_L[c] <=> rbl_L[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IDOND 5dglcn[c] + h[c] + nadh[c] <=> idon_L[c] + nad[c] IDOND2 5dglcn[c] + h[c] + nadph[c] -> idon_L[c] + nadp[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PROPAT4te pro_L[e] <=> pro_L[c] PROt2 h[e] + pro_L[e] -> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 n...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.014968 datp[c] + 0.011907 dctp[c] + 0.011907 dgtp[c] + dnarep[c] + 0.014968 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2ddecg3p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5aptn[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] achms[c] acmana[c] acnam[c] acon_C[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] amp[c] apoACP[c] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btcoa[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] gal1p[c] gal[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gtp[e] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] his_L[c] his_L[e] hisp[c] hom_L[c] hphaccoa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] man1p[c] man6p[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadp[e] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] sarcs[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] succ[c] succ[e] succoa[c] suchms[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdglyc[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS coa[c] + h2o[c] -> 2 h[c] + pan4p[c] + pap[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPGLYCPGH cdpglyc[c] + h2o[c] -> cmp[c] + glyc3p[c] + 2 h[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt4 cytd[e] + na1[e] -> cytd[c] + na1[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAPDH 2 h[c] + nadph[c] + nh4[c] + thdp[c] -> 26dap_M[c] + nadp[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12dgr180(e) 12dgr180[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gtp(e) gtp[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nadp(e) nadp[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2 gsn[e] + h[e] -> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GTPt gtp[e] <=> gtp[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPROxr 1p3h5c[c] + 2 h[c] + nadh[c] <=> 4hpro_LT[c] + nad[c] HPROyr 1p3h5c[c] + 2 h[c] + nadph[c] <=> 4hpro_LT[c] + nadp[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IOR2 coa[c] + fdxox[c] + h[c] + phpyr[c] <=> co2[c] + fdxrd[c] + phaccoa[c] IOR3 34hpp[c] + coa[c] + fdxox[c] + h[c] <=> co2[c] + fdxrd[c] + hphaccoa[c] IPDDI ipdp[c] <=> dmpp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] N2t n2[e] <=> n2[c] NACUP nac[e] -> nac[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADPti nadp[e] -> nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PACCOAL2r 4hphac[c] + atp[c] + coa[c] <=> amp[c] + hphaccoa[c] + ppi[c] PACCOALr atp[c] + coa[c] + pac[c] <=> amp[c] + phaccoa[c] + ppi[c] PACt2r h[e] + pac[e] <=> h[c] + pac[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD3i 4hpro_LT[c] + fad[c] -> 1p3h5c[c] + fadh2[c] + h[c] PROLR pro_L[c] <=> pro_D[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SARCOX h2o[c] + o2[c] + sarcs[c] -> fald[c] + gly[c] + h2o2[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRAr thr_L[c] <=> acald[c] + gly[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.018691 datp[c] + 0.013353 dctp[c] + 0.013353 dgtp[c] + dnarep[c] + 0.018691 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00955[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_S[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] cholate[c] cholcoa[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxcoa[c] iasp[c] ibcoa[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] man1p[c] man6p[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX 2oph[c] + 0.5 o2[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015653 datp[c] + 0.016388 dctp[c] + 0.016388 dgtp[c] + dnarep[c] + 0.015653 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3masp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] ab14lac_L[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_S[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btamp[c] btcoa[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chor[c] chtbs[c] cit[c] cit[e] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[e] man6p[c] man[c] man[e] mana[c] meoh[c] mercplac[c] mercppyr[c] mescon[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] sel[e] selhcys[c] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] tet[e] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xtsn[e] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITMALL citmal[c] -> ac[c] + pyr[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUM glu_L[c] <=> 3masp[c] + h[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 ad...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.0082641 datp[c] + 0.018604 dctp[c] + 0.018604 dgtp[c] + dnarep[c] + 0.0082641 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18488 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dhchol[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 17ahprgnlone[c] 17ahprgstrn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhcdchol[e] 3dhchol[e] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hcinnm[e] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00695[c] HC00955[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[c] cholate[e] cholcoa[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hgbam[c] hgbyr[c] hgentis[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] mbdg[c] melt[c] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl[c] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prgnlone[c] prgstrn[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbt_D[c] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] urate[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HGNTOR hgentis[c] + o2[c] -> 4mlacac[c] + h[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010825 datp[c] + 0.021211 dctp[c] + 0.021211 dgtp[c] + dnarep[c] + 0.010825 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhcdchol[e] 3dhchol[e] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hcinnm[e] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[c] cholate[e] cholcoa[c] chols[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] mcrea[c] melt[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylhl_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABt arab_D[e] <=> arab_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GULLACO ascb_...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0018061 chsterol[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.023358 datp[c] + 0.0086911 dctp[c] + 0.0086911 dgtp[c] + dnarep[c] + 0.023358 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48462 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 2aobut[c] 2dmmq8[c] 2dr1p[c] 2dr5p[c] 2mbcoa[c] 2mbutACP[c] 2pg[c] 3hmrsACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3pg[c] 4hba[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3ohexACP[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] Naccitr_L[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] accoa[c] acglu[c] acorn[c] actACP[c] actp[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] agdpcbi[c] ahcys[c] aihpdcoa[c] aipdcoa[c] akg[c] ala_L[c] ala_L[e] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] biomass[c] btal[c] btoh[c] ca2[c] ca2[e] cbi[c] cbp[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chsterol[c] chsterol[e] citr_L[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] din[c] dma[c] dmbzid[c] dmlarg[c] dnad[c] dnarep[c] dpcoa[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4p[c] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5sa[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] gsn[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] his_L[c] his_L[e] hxan[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_L[c] leu_L[c] leu_L[e] lys_L[c] lys_L[e] malACP[c] malcoa[c] malt[c] malt[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] ocdcaACP[c] ocdca[c] ocdca[e] octeACP[c] orn[c] orn[e] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pap[c] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pep[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] pi[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppi[c] pppi[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] ser_L[c] sheme[c] sheme[e] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tyr_L[c] tyr_L[e] udp[c] udpg[c] ump[c] up4g[c] ura[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHSTEROLup chsterol[e] -> chsterol[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cgly(e) cgly[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthox(e) gthox[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK3 dgtp[c] + nad[c] -> dgdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt orn[e] <=> orn[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UMPK2 ctp[c] + ump[c] <=> cdp[c] + udp[c] UMPK3 ump[c] + utp[c] <=> 2 udp[c] UMPK4 gtp[c] + ump[c] <=> gdp[c] + udp[c] UMPK5 datp[c] + ump[c] <=> dadp[c] + udp[c] UMPK6 dctp[c] + ump[c] <=> dcdp[c] + udp[c] UMPK7 dgtp[c] + ump[c] <=> dgdp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0570 2dr1p[c] <=> 2dr5p[c] r1667 arg_L[e] + orn[c] <=> arg_L[c] + orn[e] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0079397 adocbl[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0018061 chsterol[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01542 datp[c] + 0.011456 dctp[c] + 0.011456 dgtp[c] + dnarep[c] + 0.01542 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 37.16 h2o[c] + 0.081948 his_L[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 41.257 h[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3oddcaACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3omyrsACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3opalmACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 2aobut[c] 2dmmq8[c] 2dr1p[c] 2dr5p[c] 2mbcoa[c] 2mbutACP[c] 2pg[c] 3mbutACP[c] 3mob[c] 3mop[c] 3pg[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3ohexACP[c] 4mhexACP[c] 4mop[c] 4mthex2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5prdmbz[c] 6m3hocACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3odcaACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] Naccitr_L[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] accoa[c] acgam6p[c] acgam[e] acglu[c] acorn[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] agdpcbi[c] ahcys[c] aihpdcoa[c] aipdcoa[c] ala_L[c] ala_L[e] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] amet[c] amp[c] apoACP[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] biomass[c] ca2[c] ca2[e] cbi[c] cbp[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chsterol[c] chsterol[e] citr_L[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] datp[e] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] din[c] dmbzid[c] dnad[c] dnarep[c] dpcoa[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] e4p[c] etha[c] f1p[c] f6p[c] fad[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] galt1p[c] galt[e] gam6p[c] gam[e] gdp[c] gdptp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5sa[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] gsn[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hethmpp[c] his_L[c] his_L[e] hxan[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ipdcoa[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] malACP[c] malcoa[c] malt6p[c] malt[c] malt[e] man6p[c] man[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] ocdcaACP[c] ocdca[c] ocdca[e] octeACP[c] orn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pap[c] pe120[c] pe140[c] pe160[c] pe180[c] peai17[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppi[c] pppi[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rdmbzi[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] sucr[e] tag6p_D[c] tagdp_D[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tyr_L[c] tyr_L[e] uacgam[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ump[c] ura[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHSTEROLup chsterol[e] -> chsterol[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DATPt datp[e] <=> datp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cgly(e) cgly[e] <=> EX_chsterol(e) chsterol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_datp(e) datp[e] <=> EX_dcyt(e) dcyt[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt for[e] <=> for[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACUP nac[e] -> nac[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNS h[c] + ncam[c] + prpp[c] -> nmn[c] + ppi[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] O2t o2[e] <=> o2[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPP pi[c] + thymd[c] <=> 2dr1p[c] + thym[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAG4E uacgam[c] <=> udpacgal[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.01576 datp[c] + 0.016281 dctp[c] + 0.016281 dgtp[c] + dnarep[c] + 0.01576 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2hb[c] 2hmc[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00900[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] HC02121[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imogly[c] imp[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[e] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dopa(e) dopa[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADO fad[c] + mal_L[c] <=> fadh2[c] + oaa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX 2ommbl[c] + 0.5 o2[c] -> 2omhmbl[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX 2oph[c] + 0.5 o2[c] -> 2ohph[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPC co2[c] + h2o[c] + pep[c] -> h[c] + oaa[c] + pi[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014843 datp[c] + 0.017197 dctp[c] + 0.017197 dgtp[c] + dnarep[c] + 0.014843 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2hb[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpp[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00900[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] HC02121[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] colipa[c] copre2[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[e] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX 2ommbl[c] + 0.5 o2[c] -> 2omhmbl[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX 2oph[c] + 0.5 o2[c] -> 2ohph[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016257 datp[c] + 0.015784 dctp[c] + 0.015784 dgtp[c] + dnarep[c] + 0.016257 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2hb[c] 2hmc[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX 2ommbl[c] + 0.5 o2[c] -> 2omhmbl[c] OMMBLHX3 2ommbl[c] + 2 atp[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015627 datp[c] + 0.016414 dctp[c] + 0.016414 dgtp[c] + dnarep[c] + 0.015627 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2hb[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] man6p[c] man[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpg[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015668 datp[c] + 0.016373 dctp[c] + 0.016373 dgtp[c] + dnarep[c] + 0.015668 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2hb[c] 2hmc[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpg[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOXmq glc_bD[c] + mqn8[c] <=> g15lac[c] + mql8[c] GNOXuq glc_bD[c] + q8[c] <=> g15lac[c] + q8h2[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNP nmn[e] -> nmn[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016338 datp[c] + 0.015704 dctp[c] + 0.015704 dgtp[c] + dnarep[c] + 0.016338 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2hb[c] 2hmc[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rDmq 2 h[e] + mql8[c] + 2 no2[e] -> 2 h2o[e] + mqn8[c] + 2 no[e] NO2rDuq 2 h[e] + 2 no2[e] + q8h2[c] -> 2 h2o[e] + 2 no[e] + q8[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OAZUROX h2o[c] + no[c] + oazur[c] <=> 2 h[c] + no2[c] + razur[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.011399 datp[c] + 0.020638 dctp[c] + 0.020638 dgtp[c] + dnarep[c] + 0.011399 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 36dahx[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arach[c] arachcoa[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cechddd[c] cellb[c] cellul[e] cenchddd[c] cgly[c] cgly[e] chloropha[c] chlphyllide[c] chol[c] cholate[c] cholcoa[c] chor[c] cinnm[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdpmanur[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hmppp9mme[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxan[c] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mppp9[c] mppp9mme[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxomppp9mme[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] protochloroph[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] srtn[c] srtn[e] stcoa[c] strch1[e] strch2[e] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xol7ah[c] xol7aone[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] AKR1D h[c] + nadph[c] + xol7aone[c] -> nadp[c] + xol7ah[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLUL_DEGe cellul[e] + 499 h2o[e] -> 500 glc_D[e] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLOROPHCPT chlphyllide[c] + phyldpp[c] -> chloropha[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CINNDO cinnm[c] + h[c] + nadh[c] + o2[c] -> cenchddd[c] + nad[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellul(e) cellul[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_srtn(e) srtn[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160i atp[c] + coa[c] + hdca[c] -> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180i atp[c] + coa[c] + ocdca[c] -> amp[c] + ppi[c] + stcoa[c] FACOAL181i atp[c] + coa[c] + ocdcea[c] -> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HGNTOR hgentis[c] + o2[c] -> 4mlacac[c] + h[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKMPPI hkmpp[c] -> dkmpp[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOAMPO fad[c] + ibcoa[c] <=> 2mp2coa[c] + fadh2[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016353 datp[c] + 0.010523 dctp[c] + 0.010523 dgtp[c] + dnarep[c] + 0.016353 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] Lkynr[c] Lkynr[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] copre5[c] copre5b[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dkdi[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4addg[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no[c] np2msucc[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACtr ac[e] <=> ac[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKYNH h2o[c] + hLkynr[c] -> 3hanthrn[c] + ala_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014057 datp[c] + 0.017982 dctp[c] + 0.017982 dgtp[c] + dnarep[c] + 0.014057 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2oxoadp[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] CE5656[c] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] L2aadp[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] ab14lac_L[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmusa[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galctn_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mana[c] mbdg[c] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oazur[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] saccrp_L[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tagur[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HAO 3hanthrn[c] + o2[c] -> cmusa[c] + h[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AATAi L2aadp[c] + akg[c] <=> 2oxoadp[c] + glu_L[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fru(e) fru[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.013538 datp[c] + 0.018501 dctp[c] + 0.018501 dgtp[c] + dnarep[c] + 0.013538 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2acamsucc[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2oxoadp[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] C02528[e] CE5656[c] HC00695[c] HC00900[c] HC00955[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biomass[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[c] cholate[e] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre8[c] cpppg1[c] cpppg3[c] crncoa[c] csn[c] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dkdi[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galctn_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2o[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tagur[c] taur[c] taur[e] tchola[e] tcynt[c] td2coa[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] urate[c] urcan[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2ACAMSUCCAH 2acamsucc[c] + 2 h2o[c] + h[c] -> ac[c] + co2[c] + nh4[c] + sucsal[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AATAi L2aadp[c] + akg[c] <=> 2oxoadp[c] + glu_L[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCRAL 5dh4dglc[c] -> 2h3oppan[c] + pyr[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + p...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019052 datp[c] + 0.012993 dctp[c] + 0.012993 dgtp[c] + dnarep[c] + 0.019052 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1ihpdecg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hpro_LT[c] 4hpro_LT[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] chor[e] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] dextrin[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmphze[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galur[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl[c] mphze[c] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sarcs[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[e] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPRO_LTt 4hpro_LT[e] + h[e] <=> 4hpro_LT[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hpro_LT(e) 4hpro_LT[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPD 4hpro_LT[c] -> 1pyr5c[c] + h2o[c] + h[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAD_D mnl[c] + nad[c] <=> fru[c] + h[c] + nadh[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016021 datp[c] + 0.016021 dctp[c] + 0.016021 dgtp[c] + dnarep[c] + 0.016021 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihpdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 35dacap[c] 36dahx[c] 3abutcoa[c] 3amp[c] 3btcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hbz[e] 4hdxbutn[c] 4hpro_LT[c] 4hpro_LT[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5a3ohex[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] acmalt[c] acmana[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhmphze[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hxan[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mphze[c] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] sucbz[c] succ[c] succ[e] succoa[c] sucr[c] sucsal[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HPRO_LTt 4hpro_LT[e] + h[e] <=> 4hpro_LT[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTt2 4abut[e] + h[e] -> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12dgr180(e) 12dgr180[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hpro_LT(e) 4hpro_LT[e] <=> EX_ac(e) ac[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPD 4hpro_LT[c] -> 1pyr5c[c] + h2o[c] + h[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHPB2 aacoa[c] + h[c] + nadph[c] <=> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h[c] PLIPA1G140 h2o[c] + pg140[c] -> 2agpg140[c] + h[c] + ttdca[c] PLIPA1G141 h2o[c] + pg141[c] -> 2agpg141[c] + h[c] + ttdcea[c] PLIPA1G160 h2o[c] + pg160[c] -> 2agpg160[c] + h[c] + hdca[c] PLIPA1G161 h2o[c] + pg161[c] -> 2agpg161[c] + h[c] + hdcea[c] PLIPA1G180 h2o[c] + pg180[c] -> 2agpg180[c] + h[c] + ocdca[c] PLIPA1G181 h2o[c] + pg181[c] -> 2agpg181[c] + h[c] + ocdcea[c] PLIPA2A120 h2o[c] + pa120[c] -> 1ddecg3p[c] + ddca[c] + h[c] PLIPA2A140 h2o[c] + pa140[c] -> 1tdecg3p[c] + h[c] + ttdca[c] PLIPA2A141 h2o[c] + pa141[c] -> 1tdec7eg3p[c] + h[c] + ttdcea[c] PLIPA2A160 h2o[c] + pa160[c] -> 1hdecg3p[c] + h[c] + hdca[c] PLIPA2A161 h2o[c] + pa161[c] -> 1hdec9eg3p[c] + h[c] + hdcea[c] PLIPA2A180 h2o[c] + pa180[c] -> 1odecg3p[c] + h[c] + ocdca[c] PLIPA2A181 h2o[c] + pa181[c] -> 1odec11eg3p[c] + h[c] + ocdcea[c] PLIPA2E120 h2o[c] + pe120[c] -> 1agpe120[c] + ddca[c] + h[c] PLIPA2E140 h2o[c] + pe140[c] -> 1agpe140[c] + h[c] + ttdca[c] PLIPA2E141 h2o[c] + pe141[c] -> 1agpe141[c] + h[c] + ttdcea[c] PLIPA2E160 h2o[c] + pe160[c] -> 1agpe160[c] + h[c] + hdca[c] PLIPA2E161 h2o[c] + pe161[c] -> 1agpe161[c] + h[c] + hdcea[c] PLIPA2E180 h2o[c] + pe180[c] -> 1agpe180[c] + h[c] + ocdca[c] PLIPA2E181 h2o[c] + pe181[c] -> 1agpe181[c] + h[c] + ocdcea[c] PLIPA2G120 h2o[c] + pg120[c] -> 1agpg120[c] + ddca[c] + h[c] PLIPA2G140 h2o[c] + pg140[c] -> 1agpg140[c] + h[c] + ttdca[c] PLIPA2G141 h2o[c] + pg141[c] -> 1agpg141[c] + h[c] + ttdcea[c] PLIPA2G160 h2o[c] + pg160[c] -> 1agpg160[c] + h[c] + hdca[c] PLIPA2G161 h2o[c] + pg161[c] -> 1agpg161[c] + h[c] + hdcea[c] PLIPA2G180 h2o[c] + pg180[c] -> 1agpg180[c] + h[c] + ocdca[c] PLIPA2G181 h2o[c] + pg181[c] -> 1agpg181[c] + h[c] + ocdcea[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.011478 datp[c] + 0.020559 dctp[c] + 0.020559 dgtp[c] + dnarep[c] + 0.011478 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01434[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] Nacasp[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltt[c] alpro[c] altrn[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] iasp[c] ibcoa[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n2[c] n2[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] peamn[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] stys[e] suc6p[c] sucarg[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PGALSZ h2o[c] + lac6p[c] <=> dgal6p[c] + glc_D[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AB6P3HXLL fald[c] + ru5p_D[c] <=> ab6p3hxl[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDDH mal_D[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.01131 datp[c] + 0.020727 dctp[c] + 0.020727 dgtp[c] + dnarep[c] + 0.01131 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amp[c] amp[e] apoACP[c] arab_D[c] arab_D[e] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] iasp[c] ibcoa[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[c] man[e] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] peamn[c] pei17[c] pendp[c] pep[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] sprm[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] suc6p[c] sucarg[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tma[c] tma[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] urdgly[c] urdglyc[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ARABt arab_D[e] <=> arab_D[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2 gsn[e] + h[e] -> gsn[c] + h[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTDCL h[c] + trp_L[c] -> co2[c] + trypta[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYCBOXL h[c] + phe_L[c] -> co2[c] + peamn[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.015645 datp[c] + 0.01123 dctp[c] + 0.01123 dgtp[c] + dnarep[c] + 0.015645 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5apru[c] 5aptn[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] CE5656[c] HC00695[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl2[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dextrin[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dkdi[c] dmbzid[c] dmpp[c] dna5mtc[c] dnacsn[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] frdp[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gcald[c] gcald[e] gdp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urate[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMETDNAMT amet[c] + dnacsn[c] -> ahcys[c] + dna5mtc[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2h3oppan[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00319[c] HC00695[c] HC00955[c] HC01434[c] HC01435[c] HC01577[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aact[c] acACP[c] ac[c] ac[e] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmalt[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] formcoa[c] fpram[c] fprica[c] frdp[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] meoh[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] stcoa[c] succ[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucsal[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS3 adp[c] + 3 h[e] + pi[c] -> atp[c] + h2o[c] + 2 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_ac(e) ac[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORMCOAT formcoa[c] + h[c] + oxa[c] -> for[c] + oxcoa[c] FOROXAtex for[c] + h[c] + oxa[e] <=> for[e] + h[e] + oxa[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXCOADC oxcoa[c] -> co2[c] + formcoa[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7PIr s7p[c] <=> gmhep7p[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SOTA akg[c] + sucorn[c] -> glu_L[c] + sucgsa[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SPTc pyr[c] + ser_L[c] <=> ala_L[c] + hpyr[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THDPS h2o[c] + succoa[c] + thdp[c] -> coa[c] + sl2a6o[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PP h2o[c] + tre6p[c] -> pi[c] + tre[c] TRE6PS g6p[c] + udpg[c] -> h[c] + tre6p[c] + udp[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] -> glyc_R[c] + nadp[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] XYLabc atp[c] + h2o[c] + xyl_D[e] -> adp[c] + h[c] + pi[c] + xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0163c akg[c] + h[c] + thmpp[c] -> HC01435[c] + co2[c] r0220 HC01668[c] + coa[c] <=> amp[c] + h[c] + ppcoa[c] r0318i atp[c] + h[c] + ppa[c] -> HC01668[c] + ppi[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0398 dhbpt[c] + h[c] + nadph[c] -> nadp[c] + thbpt[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0556ci dhlam[c] + succoa[c] -> HC00695[c] + coa[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1667 arg_L[e] + orn[c] <=> arg_L[c] + orn[e] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_s s[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2h3oppan[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ommb[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00319[c] HC00695[c] HC00955[c] HC01434[c] HC01435[c] HC01577[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aact[c] acACP[c] ac[c] ac[e] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmalt[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] formcoa[c] fpram[c] fprica[c] frdp[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_bD[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] meoh[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] quln[c] r5p[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] stcoa[c] succ[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucsal[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] urea[c] urea[e] uri[c] utp[c] val_L[c] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS3 adp[c] + 3 h[e] + pi[c] -> atp[c] + h2o[c] + 2 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_ac(e) ac[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_urea(e) urea[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORMCOAT formcoa[c] + h[c] + oxa[c] -> for[c] + oxcoa[c] FOROXAtex for[c] + h[c] + oxa[e] <=> for[e] + h[e] + oxa[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXCOADC oxcoa[c] -> co2[c] + formcoa[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPHTDK pphtd[c] <=> phytn[c] + ppi[c] PPHTDT pphtd[c] <=> 15phytn[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7PIr s7p[c] <=> gmhep7p[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SOTA akg[c] + sucorn[c] -> glu_L[c] + sucgsa[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SPTc pyr[c] + ser_L[c] <=> ala_L[c] + hpyr[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TAURabc atp[c] + h2o[c] + taur[e] -> adp[c] + h[c] + pi[c] + taur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THDPS h2o[c] + succoa[c] + thdp[c] -> coa[c] + sl2a6o[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PP h2o[c] + tre6p[c] -> pi[c] + tre[c] TRE6PS g6p[c] + udpg[c] -> h[c] + tre6p[c] + udp[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] XYLabc atp[c] + h2o[c] + xyl_D[e] -> adp[c] + h[c] + pi[c] + xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0163c akg[c] + h[c] + thmpp[c] -> HC01435[c] + co2[c] r0220 HC01668[c] + coa[c] <=> amp[c] + h[c] + ppcoa[c] r0318i atp[c] + h[c] + ppa[c] -> HC01668[c] + ppi[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0398 dhbpt[c] + h[c] + nadph[c] -> nadp[c] + thbpt[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0556ci dhlam[c] + succoa[c] -> HC00695[c] + coa[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.01454 datp[c] + 0.012335 dctp[c] + 0.012335 dgtp[c] + dnarep[c] + 0.01454 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 36dahx[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00900[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] gggagicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgentis[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql7[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no[c] np2msucc[c] np2msucccoa[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] pslac[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT72 ahcys[c] + mql7[c] + nadp[c] -> 2dmmq7[c] + amet[c] + nadph[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSabc atp[c] + cys_L[e] + h2o[c] -> adp[c] + cys_L[c] + h[c] + pi[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUP f1p[c] + h2o[c] -> fru[c] + pi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.012918 datp[c] + 0.013955 dctp[c] + 0.013955 dgtp[c] + dnarep[c] + 0.012918 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 36dahx[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] altrn[c] amet[c] ametam[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] copre2[c] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mops[c] mops[e] mql7[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HY...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.012557 datp[c] + 0.014315 dctp[c] + 0.014315 dgtp[c] + dnarep[c] + 0.012557 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 44dpnspr[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5dgclur[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02097[c] HC02098[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] Tyr_ggn[e] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chols[c] chor[c] chtbs[c] chtbs[e] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] dhsql[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_L[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mobd[c] mobd[e] mops[c] mops[e] mql7[c] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[e] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACPm[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] pslac[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] saccrp_L[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT72 ahcys[c] + mql7[c] + nadp[c] -> 2dmmq7[c] + amet[c] + nadph[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSQLD dhsql[c] + 3 fad[c] -> 44dpnspr[c] + 3 fadh2[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mobd(e) mobd[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.011896 datp[c] + 0.020142 dctp[c] + 0.020142 dgtp[c] + dnarep[c] + 0.011896 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2d3dxylt[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbbut[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dihindlcrbxlt[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fth4mpt[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC00319[e] HC00695[c] HC00900[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L_dpchrm[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] Lkynr[c] Lkynr[e] M00512[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] Tyr_ggn[e] aacald[c] aacoa[c] ab14lac_L[c] ab6p3hxl[c] abt[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabt_L[c] arach[c] arachcoa[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[c] cholcoa[c] chols[c] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmfur[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h4mpt[c] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mfur[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mtth4mpt[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xyl_D[c] xyl_D[e] xylt[c] xylt_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBBUTH 3hbbut[c] + h2o[c] <=> 2 bhb[c] + h[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5FMFURT fmfur[c] + h4mpt[c] + h[c] <=> 5fth4mpt[c] + mfur[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB14LACH ab14lac_L[c] + h2o[c] <=> arabt_L[c] + h[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOAL2 ac[c] + atp[c] + coa[c] <=> accoa[c] + adp[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACITL atp[c] + cit[c] + coa[c] -> accoa[c] + adp[c] + oaa[c] + pi[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAH alltt[c] + h2o[c] <=> urdglyc[c] + urea[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCDi 5dh4dglc[c] + h[c] -> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCT L_dpchrm[c] <=> 56dihindlcrbxlt[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160i atp[c] + coa[c] + hdca[c] -> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180i atp[c] + coa[c] + ocdca[c] -> amp[c] + ppi[c] + stcoa[c] FACOAL181i atp[c] + coa[c] + ocdcea[c] -> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMFUROr fmfur[c] + h2o[c] + nad[c] <=> co2[c] + mfur[c] + nadh[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.012943 datp[c] + 0.01393 dctp[c] + 0.01393 dgtp[c] + dnarep[c] + 0.012943 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mnptl[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] altrn[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] btoh[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] copre3[c] copre4[c] cpppg1[c] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hmbil[c] hom_L[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mbdg[c] mcrea[c] melib[c] melib[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql7[c] mql8[c] mqn7[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[e] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3b[c] pre4[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tdeACP[c] teich_45_BS[c] thbpt[c] thdp[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOR3 2 ficytC[c] + h[c] + mql7[c] <=> 2 focytC[c] + 3 h[e] + mqn7[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTB_B3 4 h[c] + mql7[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn7[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLNt4 gln_L[e] + na1[e] -> gln_L[c] + na1[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.019517 datp[c] + 0.0073627 dctp[c] + 0.0073627 dgtp[c] + dnarep[c] + 0.019517 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18491 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 36dahx[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmbcoa[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5oxpro[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] CE5656[c] HC00900[c] HC01651[c] HC01652[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] PGP[c] PGPm1[c] Sfglutth[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] ch4s[c] ch4s[e] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] hmbil[c] hmgcoa[c] hoacoa[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mana[c] mantr[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] np2msucc[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phpyr[c] phpyr[e] phyQ[c] pi[c] pi[e] pime[c] plasmetha[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] sucarg[c] succ[c] succ[e] succoa[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CH4St ch4s[c] <=> ch4s[e] CHCOAL atp[c] + coa[c] + pime[c] -> amp[c] + pmcoa[c] + ppi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4s(e) ch4s[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HBCD hoacoa[c] + nad[c] -> 2 h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KACOAT2 coa[c] + dhdpacoa[c] + h2o[c] -> accoa[c] + hoacoa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METGL h2o[c] + met_L[c] -> 2obut[c] + ch4s[c] + nh4[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGCOAH hmgcoa[c] <=> 3mgcoa[c] + h2o[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK7te mqn7[e] -> mqn7[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] NACASPAH...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014409 datp[c] + 0.017631 dctp[c] + 0.017631 dgtp[c] + dnarep[c] + 0.014409 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC00319[c] HC00695[c] HC00955[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aacald[c] aacoa[c] ab14lac_L[c] ab6p3hxl[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_R[e] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btn[c] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man6p[e] man[c] man[e] mana[c] mbdg[c] mcrea[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB14LACH ab14lac_L[c] + h2o[c] <=> arabt_L[c] + h[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PPi g1p[c] + h2o[c] -> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] G6Pt6_2 g6p[e] + 2 pi[c] <=> g6p[c] + 2 pi[e] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAMt2r gam[e] + h[e] <=> gam[c] + h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRAL 5dh4dglc[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016021 datp[c] + 0.016021 dctp[c] + 0.016021 dgtp[c] + dnarep[c] + 0.016021 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hphac[c] 4hpro_LT[c] 4hpro_LT[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 6pthp[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acnam[e] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galur[c] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] glcur[e] gln_L[c] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kesto[e] kestopt[e] kestottr[e] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lmn2[e] lmn30[e] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rdmbzi[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt_D[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sttcaglc[c] stys[c] stys[e] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HPRO_LTt 4hpro_LT[e] + h[e] <=> 4hpro_LT[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMt2r acnam[e] + h[e] -> acnam[c] + h[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_4hpro_LT(e) 4hpro_LT[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acnam(e) acnam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcur(e) glcur[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_kesto(e) kesto[e] <=> EX_kestopt(e) kestopt[e] <=> EX_kestottr(e) kestottr[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lmn2(e) lmn2[e] <=> EX_lmn30(e) lmn30[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMt2r gam[e] + h[e] <=> gam[c] + h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPD 4hpro_LT[c] -> 1pyr5c[c] + h2o[c] + h[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IOR2 coa[c] + fdxox[c] + h[c] + phpyr[c] <=> co2[c] + fdxrd[c] + phaccoa[c] IOR3 34hpp[c] + coa[c] + fdxox[c] + h[c] <=> co2[c] + fdxrd[c] + hphaccoa[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KESTOASEe 2 h2o[e] + kesto[e] -> 2 fru[e] + glc_D[e] KESTOPTASEe 4 h2o[e] + kestopt[e] -> 4 fru[e] + glc_D[e] KESTOTTRASEe 3 h2o[e] + kestottr[e] -> 3 fru[e] + glc_D[e] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LMN2e h2o[e] + lmn2[e] -> 2 glc_D[e] LMNe 14 h2o[e] + lmn30[e] -> 15 lmn2[e] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + ma...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.018097 datp[c] + 0.013947 dctp[c] + 0.013947 dgtp[c] + dnarep[c] + 0.018097 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00591[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] bamppald[c] betald[c] biocyt[c] biomass[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_D[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxam[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abz(e) 4abz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.017807 datp[c] + 0.014236 dctp[c] + 0.014236 dgtp[c] + dnarep[c] + 0.017807 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btamp[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chols[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] estrone[c] estrones[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxam[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.029088 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.029088 colipa[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.029088 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.029088 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hpro_LT[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acnam[e] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chols[c] chor[c] chor[e] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fruur[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HPRO_LTt 4hpro_LT[e] + h[e] <=> 4hpro_LT[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMt2r acnam[e] + h[e] -> acnam[c] + h[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn180(c) clpn180[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hpro_LT(e) 4hpro_LT[e] <=> EX_ac(e) ac[e] <=> EX_acnam(e) acnam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPD 4hpro_LT[c] -> 1pyr5c[c] + h2o[c] + h[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.029088 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.029088 colipa[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.029088 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.029088 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hpro_LT[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5drib[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acmana[e] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alltn[c] alltn_R[c] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabinogal[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chols[c] chor[c] chor[e] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fruur[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lmn2[e] lmn30[e] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HPRO_LTt 4hpro_LT[e] + h[e] <=> 4hpro_LT[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACMANAtr acmana[e] + h[e] <=> acmana[c] + h[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARABINOGALASEe arabinogal[e] + 659 h2o[e] -> 92 arab_L[e] + 552 gal[e] + 15 glcur[e] + 15 h[e] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn180(c) clpn180[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12ppd_S(e) 12ppd_S[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hpro_LT(e) 4hpro_LT[e] <=> EX_ac(e) ac[e] <=> EX_acmana(e) acmana[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabinogal(e) arabinogal[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lmn2(e) lmn2[e] <=> EX_lmn30(e) lmn30[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPD 4hpro_LT[c] -> 1pyr5c[c] + h2o[c] + h[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LMN2e h2o[e] + lmn2[e] -> 2 glc_D[e] LMNe 14 h2o[e] + lmn30[e] -> 15 lmn2[e] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtm...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 6pthp[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alltn[c] alltn_R[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] bhb[c] biomass[c] btal[c] btamp[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] chol[c] cholate[e] chols[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cro4[c] cro4[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fruur[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galur[c] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] glc_D[c] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glymet[e] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] hisp[c] histd[c] histl_L[c] hom_L[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] phe_L[c] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNAMt2r acnam[e] + h[e] -> acnam[c] + h[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_pheme(c) pheme[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acnam(e) acnam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cholate(e) cholate[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glcn(e) glcn[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glymet(e) glymet[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mantr(e) mantr[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_rmn(e) rmn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLIPA1A120 h2o[c] + pa120[c] -> 2ddecg3p[c] + ddca[c] PLIPA1A140 h2o[c] + pa140[c] -> 2tdecg3p[c] + ttdca[c] PLIPA1A141 h2o[c] + pa141[c] -> 2tdec7eg3p[c] + ttdcea[c] PLIPA1A160 h2o[c] + pa160[c] -> 2hdecg3p[c] + hdca[c] PLIPA1A161 h2o[c] + pa161[c] -> 2hdec9eg3p[c] + hdcea[c] PLIPA1A180 h2o[c] + pa180[c] -> 2odecg3p[c] + ocdca[c] PLIPA1A181 h2o[c] + pa181[c] -> 2odec11eg3p[c] + ocdcea[c] PLIPA1E120 h2o[c] + pe120[c] -> 2agpe120[c] + ddca[c] + h[c] PLIPA1E140 h2o[c] + pe140[c] -> 2agpe140[c] + h[c] + ttdca[c] PLIPA1E141 h2o[c] + pe141[c] -> 2agpe141[c] + h[c] + ttdcea[c] PLIPA1E160 h2o[c] + pe160[c] -> 2agpe160[c] + h[c] + hdca[c] PLIPA1E161 h2o[c] + pe161[c] -> 2agpe161[c] + h[c] + hdcea[c] PLIPA1E180rev 2agpe180[c] + h[c] + ocdca[c] -> h2o[c] + pe180[c] PLIPA1E181 h2o[c] + pe181[c] -> 2agpe181[c] + h[c] + ocdcea[c] PLIPA1G120 h2o[c] + pg120[c] -> 2agpg120[c] + ddca[c] + h...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.029088 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.029088 colipa[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.029088 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.029088 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 6pthp[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alltn[c] alltn_R[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] bhb[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[e] chols[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cro4[c] cro4[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fruur[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] galur[c] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isomal[c] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] met_L[c] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] phe_L[c] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbt_D[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_pheme(c) pheme[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glcn(e) glcn[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rmn(e) rmn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_ttdca(e) ttdca[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> a...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 6pthp[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alltn[c] alltn_R[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] bhb[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] chol[c] cholate[e] chols[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cro4[c] cro4[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dextrin[c] dextrin[e] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fruur[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] galur[c] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] glc_D[c] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] leu_L[c] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] phe_L[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbt_D[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] taur[e] tchola[e] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSabc atp[c] + cys_L[e] + h2o[c] -> adp[c] + cys_L[c] + h[c] + pi[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_dad_5 dad_5[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cholate(e) cholate[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glcn(e) glcn[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mantr(e) mantr[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rmn(e) rmn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDDr gcald[c] + h2o[c] + nad[c] <=> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.019314 datp[c] + 0.0075659 dctp[c] + 0.0075659 dgtp[c] + dnarep[c] + 0.019314 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18491 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mnptl[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 36dahx[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hibutcoa[c] 3hmp[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] CE5656[c] HC00900[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] PGP[c] PGPm1[c] aacald[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] hmbil[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[c] man[e] mbdg[c] meoh[c] mercplac[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmtsa[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] np2msucc[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phpyr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pppn[c] pppn[e] pram[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucarg[c] succ[c] succ[e] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pti glyc3p[e] + h[e] -> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBDkt 3hmp[c] + nad[c] -> h[c] + mmtsa[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSAM lys_L[c] <=> 36dahx[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MMTSAO coa[c] + mmtsa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] N...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010419 datp[c] + 0.021617 dctp[c] + 0.021617 dgtp[c] + dnarep[c] + 0.010419 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2d3dxylt[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hdxbutn[c] 4hmcachl[c] 4hmsaclt[c] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmgly[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] malylcoa[c] man1p[c] man6p[c] man[e] mana[c] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mma[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] saccrp_L[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcb[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt[c] xylt_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACHBS 2obut[c] + h[c] + pyr[c] -> 2ahbut[c] + co2[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS h[c] + 2 pyr[c] -> alac_S[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BHBtp bhb[e] <=> bhb[c] BHMT glyb[c] + hcys_L[c] -> dmgly[c] + met_L[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016578 datp[c] + 0.015464 dctp[c] + 0.015464 dgtp[c] + dnarep[c] + 0.016578 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btal[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] methf[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prl45tca[c] prlp[c] pro_L[c] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[e] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016495 datp[c] + 0.015547 dctp[c] + 0.015547 dgtp[c] + dnarep[c] + 0.016495 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 36dahx[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biocyt[c] biomass[c] btal[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[e] chor[c] chor[e] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] methf[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prlp[c] pro_L[c] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] stys[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[e] tchola[e] tcynt[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_lys_L(e) lys_L[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PACTH h2o[c] + ppaca[c] -> acald[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPCr h[c] + oaa[c] + pi[c] <=> co2[c] + h2o[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hx...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016616 datp[c] + 0.015426 dctp[c] + 0.015426 dgtp[c] + dnarep[c] + 0.016616 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00955[c] HC01104[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acorn[c] acser[c] actACP[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] ibcoa[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[e] man6p[c] man[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] myrsACP[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppbng[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r5p[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL2 ac[c] + atp[c] + coa[c] <=> accoa[c] + adp[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_26dap_M(e) 26dap_M[e] <=> EX_4abz(e) 4abz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_acgam(e) acgam[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDOXR 6 fdxox[c] + 4 h2o[c] + 2 nh4[c] <=> 6 fdxrd[c] + 4 h[c] + 2 no2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2r gua[e] + h[e] <=> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3rPmq mql8[c] + no3[e] -> h2o[e] + mqn8[c] + no2[e] NO3rPuq no3[e] + q8h2[c] -> h2o[e] + no2[e] + q8[c] NODOx nadh[c] + 2 no[c] + 2 o2[c] -> h[c] + nad[c] + 2 no3[c] NODOy nadph[c] + 2 no[c] + 2 o2[c] -> h[c] + nadp[c] + 2 no3[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 25aics[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2ddecg3p[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4c2me[c] 4hba[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthglu[c] 5mtr[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] L2aadp6sa[c] N1aspmd[c] PGP[c] PGPm1[c] aacald[c] aact[c] acACP[c] ac[c] ac[e] acald[c] accoa[c] acgam1p[c] achms[c] acmam[c] acmama[c] actACP[c] actn_R[c] actn_R[e] actp[c] ade[c] adhlam[c] adn[c] adocbl[c] adocbl[e] adp[c] adprib[c] ahcys[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] alpro[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arg_L[c] arg_L[e] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4p[c] etha[c] etoh[c] etoh[e] f6p[c] fad[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gam1p[c] gam6p[c] gar[c] gdp[c] gdptp[c] ggdp[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc[c] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] hom_L[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] leu_L[c] leu_L[e] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] o2s[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phpyr[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppgpp[c] ppi[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rhcys[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sarcs[c] sbt6p[c] seln[c] selnp[c] ser_L[c] ser_L[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succoa[c] suchms[c] tag6p_D[c] tagdp_D[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thymd[c] tma[c] tma[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] up4g[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt2r etoh[e] + h[e] <=> etoh[c] + h[c] EX_26dap_M(e) 26dap_M[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tma(e) tma[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLUt4r glu_L[e] + na1[e] <=> glu_L[c] + na1[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYB_R glyb[c] + 2 h[c] + nadh[c] + pi[c] -> actp[c] + h2o[c] + nad[c] + tma[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYR gly[c] + 2 h[c] + nadh[c] + pi[c] -> actp[c] + h2o[c] + nad[c] + nh4[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NCAMUP ncam[e] -> ncam[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] SARCOX h2o[c] + o2[c] + sarcs[c] -> fald[c] + gly[c] + h2o2[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMAt2r h[e] + tma[e] <=> h[c] + tma[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UP4GH h2o[c] + up4g[c] <=> 2 h[c] + ump[c] + utp[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 25aics[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 3a2opp[c] 3c4mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3mbutACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] biomass[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] drib[e] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] f1p[c] f6p[c] fad[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galctn_D[c] galctn_D[e] galur[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hethmpp[c] hexACP[c] his_L[c] his_L[e] hisp[c] histd[c] hmgcoa[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppal[c] ppap[c] ppcoa[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] so4[c] so4[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSabc atp[c] + cys_L[e] + h2o[c] -> adp[c] + cys_L[c] + h[c] + pi[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_ac(e) ac[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_diact(e) diact[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TGBPA tagdp_D[c] <=> dhap[c] + g3p[c] THFte thf[c] -> thf[e] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRAr thr_L[c] <=> acald[c] + gly[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] -> glyc_R[c] + nadp[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLabc atp[c] + h2o[c] + xyl_D[e] -> adp[c] + h[c] + pi[c] + xyl_D[c] XYLt xyl_D[e] <=> xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0010 2 h2o2[c] -> 2 h2o[c] + o2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r1667 arg_L[e] + orn[c] <=> arg_L[c] + orn[e] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 25aics[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hmc[c] 2hymeph[c] 2maacoa[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mpropACP[c] 2obut[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 3a2opp[c] 3c4mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3mbutACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4per[c] 4ppan[c] 4ppcys[c] 5aizc[c] 5dpmev[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthf[e] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acorn[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbl[c] adp[c] adprib[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] atp[c] biomass[c] btcoa[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] cit[c] citr_L[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dpcoa[e] drib[c] drib[e] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] etoh[c] f1p[c] f6p[c] fad[c] fcl_L[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galctn_D[c] galctn_D[e] galur[c] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gtp[c] gua[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hethmpp[c] hexACP[c] his_L[c] his_L[e] hisp[c] histd[c] hmgcoa[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] octeACP[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppal[c] ppap[c] ppcoa[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pydx5p[c] pydx[c] pydx[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] ser_L[c] so4[c] so4[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thf[e] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSabc atp[c] + cys_L[e] + h2o[c] -> adp[c] + cys_L[c] + h[c] + pi[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DM_GCALD gcald[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPCOAti dpcoa[e] + 2 h[e] -> dpcoa[c] + 2 h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_4abz(e) 4abz[e] <=> EX_5mthf(e) 5mthf[e] <=> EX_ac(e) ac[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_diact(e) diact[e] <=> EX_dpcoa(e) dpcoa[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydx(e) pydx[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thf(e) thf[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLte fol[c] -> fol[e] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCTSt h[e] + lcts[e] <=> h[c] + lcts[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFTe 5mthf[c] -> 5mthf[e] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TGBPA tagdp_D[c] <=> dhap[c] + g3p[c] THFte thf[c] -> thf[e] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRAr thr_L[c] <=> acald[c] + gly[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TRSARry 2h3oppan[c] + h[c] + nadph[c] <=> glyc_R[c] + nadp[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XU5PG3PL pi[c] + xu5p_D[c] -> actp[c] + g3p[c] + h2o[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLabc atp[c] + h2o[c] + xyl_D[e] -> adp[c] + h[c] + pi[c] + xyl_D[c] XYLt xyl_D[e] <=> xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0010 2 h2o2[c] -> 2 h2o[c] + o2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0488 coa[c] + mev_R[c] + 2 nadp[c] <=> 2 h[c] + hmgcoa[c] + 2 nadph[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r1667 arg_L[e] + orn[c] <=> arg_L[c] + orn[e] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016836 datp[c] + 0.010041 dctp[c] + 0.010041 dgtp[c] + dnarep[c] + 0.016836 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2c25dho[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hmc[c] 2hymeph[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3abutcoa[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hppnl[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3uib[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01231[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmalt[c] acmana[c] acmanap[c] acorn[c] actACP[c] actn_R[c] actn_R[e] actp[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btd_RR[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chols[c] chols[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] ddcaACP[c] ddca[c] dextrin[c] dextrin[e] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diact[c] diact[e] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] hmgcoa[c] hpyr[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mantr[e] melib[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptth[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] stys[e] suc6p[c] sucarg[c] succ[c] succ[e] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLATi glu_L[c] + h2o[c] + h[c] + thdp[c] -> 26dap_LL[c] + akg[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DEXTRINabc atp[c] + dextrin[e] + h2o[c] -> adp[c] + dextrin[c] + h[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_ade(e) ade[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dextrin(e) dextrin[e] <=> EX_dgsn(e) dgsn[e] <=> EX_diact(e) diact[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PO glyc3p[c] + o2[c] -> dhap[c] + h2o2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt1r k[e] <=> k[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] PYROX h[c] + o2[c] + pi[c] + pyr[c] -> actp[c] + co2[c] + h2o2[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RMPA2 xu1p_L[c] -> dhap[c] + gcald[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S17BPH h2o[c] + s17bp[c] -> pi[c] + s7p[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SERD_D ser_D[c] -> nh4[c] + pyr[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> g...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017622 datp[c] + 0.0092562 dctp[c] + 0.0092562 dgtp[c] + dnarep[c] + 0.017622 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_R[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hydog[c] 2hydogcoa[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] applp[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] ethamp[c] ethso3[c] ethso3[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o2[e] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lald_D[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] malt6p[c] malt[e] man6p[c] man[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] urcan[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOAC2 accoa[c] + atp[c] + co2[c] + h2o[c] -> adp[c] + 2 h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2o2(e) h2o2[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2t h2o2[e] <=> h2o2[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCARRy h[c] + lald_D[c] + nadph[c] <=> 12ppd_R[c] + nadp[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018361 datp[c] + 0.0085175 dctp[c] + 0.0085175 dgtp[c] + dnarep[c] + 0.018361 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hydog[c] 2hydogcoa[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3aib_D[c] 3btcoa[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00900[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] achms[c] acmana[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] applp[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] mana[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] pime[c] plasmetha[c] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] s[c] sbt6p[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] urate[c] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHCOAL atp[c] + coa[c] + pime[c] -> amp[c] + pmcoa[c] + ppi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HCYSMT amet[c] + hcys_L[c] -> ahcys[c] + h[c] + met_L[c] HCYSMT2 hcys_L[c] + mmet[c] -> h[c] + 2 met_L[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX10 atp[c] + gam[c] -> adp[c] + gam6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S17BPH h2o[c] + s17bp[c] -> pi[c] + s7p[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018756 datp[c] + 0.0081225 dctp[c] + 0.0081225 dgtp[c] + dnarep[c] + 0.018756 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hydog[c] 2hydogcoa[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hibutcoa[c] 3hmp[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00900[c] HC00955[c] HC01104[c] HC01577[c] HC01700[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chols[e] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] ethamp[c] ethso3[c] ethso3[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutaccoa[c] glutar[c] glutar[e] glutcoa[c] glutrna[c] gly[c] gly[e] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] malt6p[c] malt[c] malt[e] man6p[c] man[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYDOGCOAT 2hydog[c] + accoa[c] + h[c] <=> 2hydogcoa[c] + ac[c] 2HYDOGDH akg[c] + h[c] + nadh[c] <=> 2hydog[c] + nad[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glutar(e) glutar[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTACCOADC glutaccoa[c] + na1[c] -> b2coa[c] + co2[c] + na1[e] GLUTARCOAT accoa[c] + glutar[c] <=> ac[c] + glutcoa[c] GLUTARt2r glutar[e] + h[e] <=> glutar[c] + h[c] GLUTCOADH fad[c] + glutcoa[c] + h[c] -> fadh2[c] + glutaccoa[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2syn h[c] + nadph[c] + o2[c] -> h2o2[c] + nadp[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOX1 h[c] + nadh[c] + o2[c] -> h2o2[c] + nad[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=>...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.018633 datp[c] + 0.0082455 dctp[c] + 0.0082455 dgtp[c] + dnarep[c] + 0.018633 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2maacoa[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00900[c] HC00955[c] HC01104[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] amp[c] apoACP[c] apoC_Lys_btn[c] applp[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] ethamp[c] f1p[c] f6p[c] fad[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] malcoa[c] malt6p[c] malt[e] man6p[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no3[c] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] ura[c] ura[e] urcan[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] C180SNrev 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] -> actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CITCAt ca2[e] + cit[e] + h[e] <=> ca2[c] + cit[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIi dxyl5p[c] + h[c] + nadph[c] -> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALACPS actACP[c] + co2[c] + coa[c] -> accoa[c] + h[c] + malACP[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2 aacoa[c] + h[c] + nadph[c] <=> 3hbcoa[c] + nadp[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTPD nad[c] + sbt6p[c] <=> f6p[c] + h[c] + nadh[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPTc pyr[c] + ser_L[c] <=> ala_L[c] + hpyr[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017277 datp[c] + 0.0096001 dctp[c] + 0.0096001 dgtp[c] + dnarep[c] + 0.017277 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3aib_D[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5aptn[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02147[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hcit[c] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hmbil[c] hmgcoa[c] hom_L[c] hqn[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phpyr[e] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5APTLPO 5aptn[c] + lipoate[c] <=> C02147[c] + h[c] + pro_D[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPR 2dhp[c] + h[c] + nadph[c] -> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HCITS accoa[c] + akg[c] + h2o[c] -> coa[c] + h[c] + hcit[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGCOAH hmgcoa[c] <=> 3mgcoa[c] + h2o[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX 2oph[c] + 0.5 o2[c] -> 2ohph[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017023 datp[c] + 0.009854 dctp[c] + 0.009854 dgtp[c] + dnarep[c] + 0.017023 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3dhq[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] achms[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] crn[c] crn[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] f1p[c] f6p[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hmbil[c] hom_L[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaala_D[c] i15tca1[c] i15tcaala_D[c] i16tca1[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_D[e] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] malACP[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pre1[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rdmbzi[c] rhcys[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2O2D h2o2[c] + h[c] + nadh[c] <=> 2 h2o[c] + nad[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHx icit[c] + nad[c] <=> akg[c] + co2[c] + nadh[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MLTP4 malt[c] + pi[c] <=> g1p_B[c] + glc_D[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX 2oph[c] + 0.5 o2[c] -> 2ohph[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 1.0806 dctp[c] + 1.0806 dgtp[c] + dnarep[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 1.0579 datp[c] + 1.0579 dttp[c] + 40 h[c] + 39.9922 pi[c] + 0.60402 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cob[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] comSScob[c] com[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhmphze[c] dhor_S[c] dhpt[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdptp[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_L[c] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mphze[c] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgp180[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmcoa[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succoa[c] suchms[c] tag6p_D[c] tagdp_D[c] tartr_L[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBCOMOX comSScob[c] + dhmphze[c] <=> cob[c] + com[c] + mphze[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DM_4HBA 4hba[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015639 datp[c] + 0.016402 dctp[c] + 0.016402 dgtp[c] + dnarep[c] + 0.015639 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7dhcdchol[e] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 7ocholate[c] 7ocholate[e] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00695[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cgly[c] cgly[e] chol[c] cholate[c] cholate[e] chols[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] man6p[c] man[c] man[e] mantr[c] mbdg[c] melib[c] melib[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] 7AHSDH cholate[c] + nad[c] <=> 7ocholate[c] + h[c] + nadh[c] 7AHSDHe cholate[e] + nad[c] <=> 7ocholate[e] + h[c] + nadh[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BIACt1 cholate[e] + h[e] <=> cholate[c] + h[c] BIACt4 7ocholate[e] + h[e] <=> 7ocholate[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDCA7aHSDHe C02528[e] + nad[c] <=> 7dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_7dhcdchol(e) 7dhcdchol[e] <=> EX_7ocholate(e) 7ocholate[e] <=> EX_C02528(e) C02528[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cholate(e) cholate[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2 ser_L[c] + thf[c] -> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015229 datp[c] + 0.016811 dctp[c] + 0.016811 dgtp[c] + dnarep[c] + 0.015229 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3amp[c] 3btcoa[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3masp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hbz[e] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acmalt[c] acorn[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] appl[c] applp[c] arab_D[c] arab_D[e] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btcoa[c] btn[c] butACP[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chor[c] chtbs[c] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4p[c] egACPm[c] epACPm[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hphhlipa[c] hxan[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] meoh[c] mercppyr[c] mescon[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phphhlipa[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tcynt[c] td2coa[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDt2 arab_D[e] + h[e] <=> arab_D[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITMALL citmal[c] -> ac[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUP f1p[c] + h2o[c] -> fru[c] + pi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUM glu_L[c] <=> 3masp[c] + h[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] MESCONH h2o[c] + mescon[c] <=> citmal[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCC cobalt2[c] + dscl[c] -> copre2[c] + 3 h[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THD1 nad[c] + nadph[c] <=> nadh[c] + nadp[c] THD2 2 h[e] + nadh[c] + nadp[c] -> 2 h[c] + nad[c] + nadph[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] URDGLYAH h2o[c] + urdgly[c] <=> nh4[c] + urdglyc[c] UREA h2o[c] + 2 h[c] + urea[c] -> co2[c] + 2 nh4[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALO 4 h2o[c] + 5 val_L[c] -> co2[c] + h[c] + 6 isobut[c] + 5 nh4[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0085 HC00591[c] + h2o[c] -> akg[c] + nh4[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016815 datp[c] + 0.015227 dctp[c] + 0.015227 dgtp[c] + dnarep[c] + 0.016815 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3amp[c] 3btcoa[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam[c] acorn[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] apoACP[c] appl[c] applp[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btcoa[c] btn[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chor[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4p[c] egACPm[c] epACPm[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glyclt[e] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] iasp[c] ibcoa[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] man1p[c] man6p[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucsal[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] C180SN actACP[c] + 23 h[c] + 7 malACP[c] + 16 nadph[c] -> 7 ACP[c] + 7 co2[c] + 8 h2o[c] + 16 nadp[c] + ocdcaACP[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNH180 h[c] + pa180[c] + pg180[c] -> clpn180[c] + h2o[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCC cobalt2[c] + dscl[c] -> copre2[c] + 3 h[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THD1 nad[c] + nadph[c] <=> nadh[c] + nadp[c] THD2 2 h[e] + nadh[c] + nadp[c] -> 2 h[c] + nad[c] + nadph[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRL h2o[c] + tyr_L[c] -> nh4[c] + phenol[c] + pyr[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016021 datp[c] + 0.016021 dctp[c] + 0.016021 dgtp[c] + dnarep[c] + 0.016021 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3btcoa[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hdxbutn[c] 4hphac[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5a3ohex[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acamoxm[c] accoa[c] acgam1p[c] acgam[c] acglu[c] acmam[c] acmama[c] acmana[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cgly[c] cgly[e] ch4s[c] ch4s[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] epACPm[c] ethso3[c] ethso3[e] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthrd[c] gtp[c] gua[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mantr[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phpyr[e] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rdmbzi[c] rhcys[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] sucbz[c] succ[c] succ[e] succoa[c] sucr[c] sucsal[c] sulfac[c] sulfac[e] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 35DACAPDH 35dacap[c] + h2o[c] + nad[c] <=> 5a3ohex[c] + 2 h[c] + nadh[c] + nh4[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5A3OHEXCLE 5a3ohex[c] + accoa[c] -> 3abutcoa[c] + acac[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CH4St ch4s[c] <=> ch4s[e] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_2obut(e) 2obut[e] <=> EX_4abut(e) 4abut[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_ch4s(e) ch4s[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IOR2 coa[c] + fdxox[c] + h[c] + phpyr[c] <=> co2[c] + fdxrd[c] + phaccoa[c] IOR3 34hpp[c] + coa[c] + fdxox[c] + h[c] <=> co2[c] + fdxrd[c] + hphaccoa[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] LacR lac_L[c] <=> lac_D[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAMT amet[c] + malcoa[c] -> ahcys[c] + malcoam[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCITD 2mcit[c] -> 2mcacn[c] + h2o[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCITS h2o[c] + oaa[c] + ppcoa[c] -> 2mcit[c] + coa[c] + h[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METGL h2o[c] + met_L[c] -> 2obut[c] + ch4s[c] + nh4[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGCOAH hmgcoa[c] <=> 3mgcoa[c] + h2o[c] MGt5 mg2[c] <=> mg2[e] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBDHc 2obut[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OCOAT1r acac[c] + succoa[c] <=> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] PACCOAL2r 4hphac[c] + atp[c] + coa[c] <=> amp[c] + hphaccoa[c] + ppi[c] PACCOALr atp[c] + coa[c] + pac[c] <=> amp[c] + phaccoa[c] + ppi[c] PACt2r h[e] + pac[e] <=> h[c] + pac[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHPYRt2r h[e] + phpyr[e] <=> h[c] + phpyr[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCtex2 ptrc[c] -> ptrc[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SELNPS atp[c] + h2o[c] + seln[c] -> amp[c] + pi[c] + selnp[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHCHCS3 2s5epchc[c] -> 2shchc[c] + pyr[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] SSALxr h2o[c] + nad[c] + sucsal[c] <=> 2 h[c] + nadh[c] + succ[c] SSALyr h2o[c] + nadp[c] + sucsal[c] <=> 2 h[c] + nadph[c] + succ[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016965 datp[c] + 0.015077 dctp[c] + 0.015077 dgtp[c] + dnarep[c] + 0.016965 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3amp[c] 3btcoa[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01231[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] achms[c] acorn[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] apoACP[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btcoa[c] btn[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chor[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4p[c] egACPm[c] epACPm[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] iasp[c] ibcoa[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] rhcys[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCOBASr adcobhex[c] + appl[c] <=> adocbi[c] + h2o[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCCCr 3mb2coa[c] + atp[c] + hco3[c] <=> 3mgcoa[c] + adp[c] + h[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTI tre[c] <=> malt[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3amp[c] 3btcoa[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hbz[e] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acmalt[c] acorn[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_D[c] arab_D[e] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4p[c] egACPm[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hphhlipa[c] hxan[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tcynt[c] td2coa[c] tdcoa[c] tdeACP[c] teich_45_BS[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDt2 arab_D[e] + h[e] <=> arab_D[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUP f1p[c] + h2o[c] -> fru[c] + pi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCC cobalt2[c] + dscl[c] -> copre2[c] + 3 h[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPAGTA dtdp4d6dg[c] + glu_L[c] -> akg[c] + dtdp4addg[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] THD1 nad[c] + nadph[c] <=> nadh[c] + nadp[c] THD2 2 h[e] + nadh[c] + nadp[c] -> 2 h[c] + nad[c] + nadph[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] URDGLYAH h2o[c] + urdgly[c] <=> nh4[c] + urdglyc[c] UREA h2o[c] + 2 h[c] + urea[c] -> co2[c] + 2 nh4[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALO 4 h2o[c] + 5 val_L[c] -> co2[c] + h[c] + 6 isobut[c] + 5 nh4[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0085 HC00591[c] + h2o[c] -> akg[c] + nh4[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015184 datp[c] + 0.016856 dctp[c] + 0.016856 dgtp[c] + dnarep[c] + 0.015184 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 35dacap[c] 36dahx[c] 3a2opp[c] 3amp[c] 3btcoa[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hba[c] 4hbutcoa[c] 4hbz[c] 4hbz[e] 4hdxbutn[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acmalt[c] acorn[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_D[c] arab_D[e] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4p[c] egACPm[c] epACPm[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hphhlipa[c] hxan[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] meoh[c] mercppyr[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tcynt[c] td2coa[c] tdcoa[c] tdeACP[c] teich_45_BS[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 36DAHXI 36dahx[c] <=> 35dacap[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBNOX 4hdxbutn[c] + nad[c] <=> h[c] + nadh[c] + sucsal[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDt2 arab_D[e] + h[e] <=> arab_D[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_D(e) arab_D[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUP f1p[c] + h2o[c] -> fru[c] + pi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSAM lys_L[c] <=> 36dahx[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] MALCOACD h[c] + malACP[c] + malcoam[c] -> 3ogACPm[c] + co2[c] + coa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PDX5PS dxyl5p[c] + nad[c] + phthr[c] -> co2[c] + 2 h2o[c] + h[c] + nadh[c] + pdx5p[c] + pi[c] PDX5PSYN 3a2opp[c] + dxyl5p[c] -> 2 h2o[c] + h[c] + pdx5p[c] + pi[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMACPME h2o[c] + pmACPm[c] -> h[c] + meoh[c] + pmACP[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCC cobalt2[c] + dscl[c] -> copre2[c] + 3 h[c] SHCHCC2 cobalt2[c] + scl[c] -> copre2[c] + h[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPAGTA dtdp4d6dg[c] + glu_L[c] -> akg[c] + dtdp4addg[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] THD1 nad[c] + nadph[c] <=> nadh[c] + nadp[c] THD2 2 h[e] + nadh[c] + nadp[c] -> 2 h[c] + nad[c] + nadph[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] URDGLYAH h2o[c] + urdgly[c] <=> nh4[c] + urdglyc[c] UREA h2o[c] + 2 h[c] + urea[c] -> co2[c] + 2 nh4[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.018834 datp[c] + 0.01321 dctp[c] + 0.01321 dgtp[c] + dnarep[c] + 0.018834 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arach[c] arachcoa[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biocyt[c] biomass[c] btal[c] btamp[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] chor[e] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhf[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mana[c] mbdg[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prlp[c] pro_L[c] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_galur(e) galur[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160i atp[c] + coa[c] + hdca[c] -> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180i atp[c] + coa[c] + ocdca[c] -> amp[c] + ppi[c] + stcoa[c] FACOAL181i atp[c] + coa[c] + ocdcea[c] -> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE0577C arachcoa[c] + h2o[c] <=> arach[c] + coa[c] + h[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S17BPH h2o[c] + s17bp[c] -> pi[c] + s7p[c] S7PIr s7p[c] <=> gmhep7p[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHCS3 2s5epchc[c] -> 2shchc[c] + pyr[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019272 datp[c] + 0.012773 dctp[c] + 0.012773 dgtp[c] + dnarep[c] + 0.019272 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] aps[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBS 2obut[c] + h[c] + pyr[c] -> 2ahbut[c] + co2[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] IPPS 3mob[c] + accoa[c] + h2o[c] -> 3c3hmp[c] + coa[c] + h[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTA akg[c] + orn[c] -> glu5sa[c] + glu_L[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CR 1pyr5c[c] + 2 h[c] + nadph[c] -> nadp[c] + pro_L[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SADT atp[c] + h[c] + so4[c] -> aps[c] + ppi[c] SDPDS h2o[c] + sl26da[c] -> 26dap_LL[c] + succ[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SULRi 5 h[c] + 3 nadph[c] + so3[c] -> 3 h2o[c] + h2s[c] + 3 nadp[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THDPS h2o[c] + succoa[c] + thdp[c] -> coa[c] + sl2a6o[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016431 datp[c] + 0.015611 dctp[c] + 0.015611 dgtp[c] + dnarep[c] + 0.016431 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] altrn[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arach[c] arachcoa[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asp_L[c] asp_L[e] aspsa[c] atp[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btoh[c] butACP[c] but[c] butpi[c] bz[c] bzam[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] chor[e] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tdeACP[c] teich_45_BS[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160i atp[c] + coa[c] + hdca[c] -> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180i atp[c] + coa[c] + ocdca[c] -> amp[c] + ppi[c] + stcoa[c] FACOAL181i atp[c] + coa[c] + ocdcea[c] -> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + mel...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] altrn[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arach[c] arachcoa[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biocyt[c] biomass[c] btal[c] btamp[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylan[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_xylan(e) xylan[e] <=> EX_zn2(e) zn2[e] <=> FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL160i atp[c] + coa[c] + hdca[c] -> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL180i atp[c] + coa[c] + ocdca[c] -> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOAL181i atp[c] + coa[c] + ocdcea[c] -> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019606 datp[c] + 0.012439 dctp[c] + 0.012439 dgtp[c] + dnarep[c] + 0.019606 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_R[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] altrn[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arach[c] arachcoa[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biocyt[c] biomass[c] btal[c] btamp[c] btn[c] btn_co2[c] btoh[c] but2eACP[c] butACP[c] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lald_D[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylan[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_xylan(e) xylan[e] <=> EX_zn2(e) zn2[e] <=> FACOAE160 h2o[c] + pmtcoa[c] -> coa[c] + h[c] + hdca[c] FACOAE180 h2o[c] + stcoa[c] -> coa[c] + h[c] + ocdca[c] FACOAE181 h2o[c] + odecoa[c] -> coa[c] + h[c] + ocdcea[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL160i atp[c] + coa[c] + hdca[c] -> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL180i atp[c] + coa[c] + ocdca[c] -> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOAL181i atp[c] + coa[c] + ocdcea[c] -> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCAR2 gcald[c] + h[c] + nadh[c] <=> 12ethd[c] + nad[c] LCARR h[c] + lald_D[c] + nadh[c] <=> 12ppd_R[c] + nad[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2t n2[e] <=> n2[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016 datp[c] + 0.016042 dctp[c] + 0.016042 dgtp[c] + dnarep[c] + 0.016 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] altrn[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cellb[e] cgly[c] cgly[e] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prlp[c] pro_L[c] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPC co2[c] + h2o[c] + pep[c] -> h[c] + oaa[c] + pi[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCK atp[c] + oaa[c] -> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016997 datp[c] + 0.015046 dctp[c] + 0.015046 dgtp[c] + dnarep[c] + 0.016997 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam[c] achms[c] acmana[c] acmana[e] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chor[c] chtbs[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galur[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mantr[c] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACMANAtr acmana[e] + h[e] <=> acmana[c] + h[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acmana(e) acmana[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmam[c] acmama[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbl[c] adocbl[e] adp[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alltn[c] alltn_R[c] altrn[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] glcur[e] gln_L[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] his_L[c] hisp[c] histd[c] histl_L[c] hom_L[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] mg2[c] mg2[e] mi1p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbzcoa[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_2HYMEPH 2hymeph[c] -> DM_4HBA 4hba[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_mantr(e) mantr[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thymd(e) thymd[e] <=> EX_ttdca(e) ttdca[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3009C paps[c] + trdrd[c] -> 2 h[c] + pap[c] + so3[c] + trdox[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMNt2 h[e] + rmn[e] <=> h[c] + rmn[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] S7P1K ctp[c] + s7p[c] <=> cdp[c] + h[c] + s17bp[c] S7PIr s7p[c] <=> gmhep7p[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TAGURr altrn[c] + nad[c] <=> h[c] + nadh[c] + tagur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMPPC acald[c] + thmpp[c] <=> hethmpp[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDSf dump[c] + fmnh2[c] + mlthf[c] -> dtmp[c] + fmn[c] + thf[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRSARr 2h3oppan[c] + h[c] + nadh[c] <=> glyc_R[c] + nad[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLabc atp[c] + h2o[c] + xyl_D[e] -> adp[c] + h[c] + pi[c] + xyl_D[c] XYLt xyl_D[e] <=> xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.017904 datp[c] + 0.014139 dctp[c] + 0.014139 dgtp[c] + dnarep[c] + 0.017904 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmana[c] acorn[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] betald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chol[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] ppi[c] ppi[e] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE3009C paps[c] + trdrd[c] -> 2 h[c] + pap[c] + so3[c] + trdox[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] URDGLYAH h2o[c] + urdgly[c] <=> nh4[c] + urdglyc[c] UREAt urea[e] <=> urea[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] VALO 4 h2o[c] + 5 val_L[c] -> co2[c] + h[c] + 6 isobut[c] + 5 nh4[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZN2t4 h[e] + k[e] + zn2[c] <=> h[c] + k[c] + zn2[e] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0085 HC00591[c] + h2o[c] -> akg[c] + nh4[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0191 f6p[c] + utp[c] -> fdp[c] + h[c] + udp[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq n2o[e] + q8h2[c] -> h2o[e] + n2[e] + q8[c] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCS3 2s5epchc[c] -> 2shchc[c] + pyr[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.015946 datp[c] + 0.016095 dctp[c] + 0.016095 dgtp[c] + dnarep[c] + 0.015946 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc a...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNH180 h[c] + pa180[c] + pg180[c] -> clpn180[c] + h2o[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROPAT4te pro_L[e] <=> pro_L[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.01926 datp[c] + 0.012785 dctp[c] + 0.012785 dgtp[c] + dnarep[c] + 0.01926 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNH180 h[c] + pa180[c] + pg180[c] -> clpn180[c] + h2o[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROPAT4te pro_L[e] <=> pro_L[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3i...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.017139 datp[c] + 0.014903 dctp[c] + 0.014903 dgtp[c] + dnarep[c] + 0.017139 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chols[e] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] crn[c] crn[e] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] prl45tcaala[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STS1 dheas[c] + h2o[c] -> dhea[c] + h[c] + so4[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMK atp[c] + thm[c] -> adp[c] + h[c] + thmmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] URDGLYAH h2o[c] + urdgly[c] <=> nh4[c] + urdglyc[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALabc atp[c] + h2o[c] + val_L[e] -> adp[c] + h[c] + pi[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0085 HC00591[c] + h2o[c] -> akg[c] + nh4[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + n...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3masp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hba[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chor[c] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hmbil[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] melib[c] mescon[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITMALL citmal[c] -> ac[c] + pyr[c] CLPNH180 h[c] + pa180[c] + pg180[c] -> clpn180[c] + h2o[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUM glu_L[c] <=> 3masp[c] + h[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] MESCONH h2o[c] + mescon[c] <=> citmal[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROPAT4te pro_L[e] <=> pro_L[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCtex2 ptrc[c] -> ptrc[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.018136 datp[c] + 0.013907 dctp[c] + 0.013907 dgtp[c] + dnarep[c] + 0.018136 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3masp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hba[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chor[c] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hmbil[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] melib[c] mescon[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MASPL 3masp[c] + h[c] -> mescon[c] + nh4[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITMALL citmal[c] -> ac[c] + pyr[c] CLPNH180 h[c] + pa180[c] + pg180[c] -> clpn180[c] + h2o[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUM glu_L[c] <=> 3masp[c] + h[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] MESCONH h2o[c] + mescon[c] <=> citmal[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROPAT4te pro_L[e] <=> pro_L[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCtex2 ptrc[c] -> ptrc[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPMS ametam[c] + ptrc[c] -> 5mta[c] + h[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.017105 datp[c] + 0.014937 dctp[c] + 0.014937 dgtp[c] + dnarep[c] + 0.017105 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_4HBA 4hba[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3009C paps[c] + trdrd[c] -> 2 h[c] + pap[c] + so3[c] + trdox[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1 cys_L[c] + suchms[c] -> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.018912 datp[c] + 0.013133 dctp[c] + 0.013133 dgtp[c] + dnarep[c] + 0.018912 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btal[c] btcoa[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] chor[c] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] melib[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTCD 5forthf[c] + 2 h[c] -> methf[c] + nh4[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROPAT4te pro_L[e] <=> pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCtex2 ptrc[c] -> ptrc[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1 cys_L[c] + suchms[c] -> cyst_L[c] + h[c] + succ[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019754 datp[c] + 0.012291 dctp[c] + 0.012291 dgtp[c] + dnarep[c] + 0.019754 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cgly[c] cgly[e] chor[c] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] prl45tcaala[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROPAT4te pro_L[e] <=> pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCt2 h[e] + ptrc[e] -> h[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREH h2o[c] + tre[c] -> 2 glc_D[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] U...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.018392 datp[c] + 0.013652 dctp[c] + 0.013652 dgtp[c] + dnarep[c] + 0.018392 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam[c] acmana[c] acnam[c] acorn[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] melib[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tartr_L[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISabc atp[c] + h2o[c] + his_L[e] -> adp[c] + h[c] + his_L[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] URDGLYAH h2o[c] + urdgly[c] <=> nh4[c] + urdglyc[c] UREA h2o[c] + 2 h[c] + urea[c] -> co2[c] + 2 nh4[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALO 4 h2o[c] + 5 val_L[c] -> co2[c] + h[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.017896 datp[c] + 0.014147 dctp[c] + 0.014147 dgtp[c] + dnarep[c] + 0.017896 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hymeph[c] 2ippm[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asp_L[c] asp_L[e] aspsa[c] atp[c] biocyt[c] biomass[c] btn[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chtbs[c] chtbs[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galur[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hlipa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_L[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3009C paps[c] + trdrd[c] -> 2 h[c] + pap[c] + so3[c] + trdox[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RMI rmn[c] <=> rml[c] RMK atp[c] + rml[c] -> adp[c] + h[c] + rml1p[c] RMK2 atp[c] + xylu_L[c] <=> adp[c] + h[c] + xu1p_L[c] RMNt2 h[e] + rmn[e] <=> h[c] + rmn[c] RMPA rml1p[c] <=> dhap[c] + lald_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.020041 datp[c] + 0.012005 dctp[c] + 0.012005 dgtp[c] + dnarep[c] + 0.020041 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34dhmald[c] 34dhoxpeg[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4hbz[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chor[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] indole[c] indole[e] ins[c] ins[e] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] melib[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] prl45tca[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[c] tag6p_D[c] tagdp_D[c] tartr_L[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALt2r h[e] + mal_L[e] <=> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NO2rPuq 2 h[e] + no2[e] + 3 q8h2[c] -> 2 h2o[e] + nh4[e] + 3 q8[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAACL itp[c] + oaa[c] <=> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TARTD tartr_L[c] -> h2o[c] + oaa[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPAS2i h2o[c] + trp_L[c] -> indole[c] + nh4[c] + pyr[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udp...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016763 datp[c] + 0.015279 dctp[c] + 0.015279 dgtp[c] + dnarep[c] + 0.016763 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hymeph[c] 2ippm[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] CE5656[c] HC00591[c] HC01104[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] altrn[c] amet[c] ametam[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btoh[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chols[c] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre8[c] cpppg1[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_bD[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] hisp[c] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mantr[e] mbdg[c] melib[c] melib[e] meoh[c] meoh[e] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pect[e] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3b[c] pre4[c] pre5[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt_D[c] sbzcoa[c] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] tym[c] tym[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylan[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_melib(e) melib[e] <=> EX_meoh(e) meoh[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_pect(e) pect[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tym(e) tym[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_xylan(e) xylan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPSi 13dpg[c] + g1p[c] -> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HKNDDH h2o[c] + hkndd[c] -> h[c] + op4en[c] + succ[c] HKNTDH h2o[c] + hkntd[c] -> fum[c] + h[c] + op4en[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6OD2s h2o[c] + h[c] + thdp[c] -> l2a6o[c] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT gtp[c] + h[c] + man1p[c] -> gdpmann[c] + ppi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEOHt2 meoh[e] <=> meoh[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PECTIN_DEGe 390 h2o[e] + h[e] + pect[e] -> 390 galur[e] + 195 meoh[e] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPGO3 3 fum[c] + pppg9[c] -> ppp9[c] + 3 succ[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCtex2 ptrc[c] -> ptrc[e] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgs...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hymeph[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abz[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] L2aadp6sa[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aact[c] acACP[c] ac[c] ac[e] acbdma14gapuc[c] accoa[c] acgam[c] acglu[c] achms[c] acmana[c] acnam[c] acnam[e] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn_R[c] altrn[c] amet[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] chol[c] chor[c] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg3[c] cro4[c] cro4[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fruur[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gcald[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] glcur[e] gln_L[c] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc3p[e] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glypro[e] glytyr[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdeACP[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] hom_L[c] hxan[c] hxan[e] ibcoa[c] ichor[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] imacp[c] imp[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_S_L[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] phe_L[c] phom[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbzcoa[c] ser_L[c] ser_L[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] stcoa[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tagur[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMt2r acnam[e] + h[e] -> acnam[c] + h[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_2HYMEPH 2hymeph[c] -> DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acnam(e) acnam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gly(e) gly[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glypro(e) glypro[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ins(e) ins[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HDCAtr hdca[e] <=> hdca[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METSr 5mthf[c] + hcys_L[c] <=> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACUP nac[e] -> nac[c] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO2rPmq 2 h[e] + 3 mql8[c] + no2[e] -> 2 h2o[e] + 3 mqn8[c] + nh4[e] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIt7 3 na1[e] + pi[e] <=> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMtr pydam[e] <=> pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE3351C C11821[c] + h2o[c] <=> alltn_R[c] + co2[c] RE3352C C11821[c] + h2o[c] <=> alltn[c] + co2[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TAGURr altrn[c] + nad[c] <=> h[c] + nadh[c] + tagur[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRPD h[c] + thrp[c] -> applp[c] + co2[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREH h2o[c] + tre[c] -> 2 glc_D[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] UTPATPT amp[c] + utp[c] <=> adp[c] + udp[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] XPPTr ppi[c] + xmp[c] <=> prpp[c] + xan[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] XYLabc atp[c] + h2o[c] + xyl_D[e] -> adp[c] + h[c] + pi[c] + xyl_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.017823 datp[c] + 0.01422 dctp[c] + 0.01422 dgtp[c] + dnarep[c] + 0.017823 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] mbdg[c] melib[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp180[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NFORGLUAH h2o[c] + nforglu[c] <=> for[c] + glu_L[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRIR5 6 ficytC[c] + 2 h2o[c] + nh4[c] <=> 6 focytC[c] + 8 h[c] + no2[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt4r na1[e] + pro_L[e] <=> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYAM5POr h2o[c] + o2[c] + pyam5p[c] -> h2o2[c] + nh4[c] + pydx5p[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fa...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016343 datp[c] + 0.015699 dctp[c] + 0.015699 dgtp[c] + dnarep[c] + 0.016343 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3pg[c] 3php[c] 3psme[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aprbu[c] 5apru[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC01104[c] HC01434[c] HC01651[c] HC01652[c] HC01710[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[c] achms[c] acmana[c] acmana[e] acnam[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] anth[c] apoACP[c] ara5p[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] aspsa[c] atp[c] biomass[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] chor[c] chtbs[c] cit[c] cit[e] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddca[e] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] fru[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mantr[c] mantr[e] melib[c] met_L[c] met_L[e] metala[c] methf[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] ppi[c] ppi[e] pppi[c] pram[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] stys[c] stys[e] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] tag6p_D[c] tagdp_D[c] tdcoa[c] tdeACP[c] thdp[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaGgla[c] uaagmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urcan[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACMANAtr acmana[e] + h[e] <=> acmana[c] + h[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CHORS 3psme[c] -> chor[c] + pi[c] CITCAt ca2[e] + cit[e] + h[e] <=> ca2[c] + cit[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CITt11 cit[e] + h[e] + mn2[e] <=> cit[c] + h[c] + mn2[c] CITt15 cit[e] + h[e] + zn2[e] <=> cit[c] + h[c] + zn2[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2obut(e) 2obut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acmana(e) acmana[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_mantr(e) mantr[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_raffin(e) raffin[e] <=> EX_ribflv(e) ribflv[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_stys(e) stys[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDPUPT 7 ipdp[c] + ttc_ggdp[c] -> 7 ppi[c] + udcpdp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANTRabc atp[c] + h2o[c] + mantr[e] -> adp[c] + h[c] + mantr[c] + pi[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCAMt2r h[c] + ncam[c] <=> h[e] + ncam[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2r h[c] + ppa[c] <=> h[e] + ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFGH h2o[c] + raffin[c] -> gal[c] + sucr[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] STYSGH h2o[c] + stys[c] <=> gal[c] + raffin[c] STYSabc atp[c] + h2o[c] + stys[e] -> adp[c] + h[c] + pi[c] + stys[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREH h2o[c] + tre[c] -> 2 glc_D[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TTDCAtr ttdca[e] <=> ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U23GAAT 3hmrsACP[c] + u3hga[c] -> ACP[c] + h[c] + u23ga[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGAAT 3hmrsACP[c] + uacgam[c] <=> ACP[c] + u3aga[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDPG4E udpg[c] <=> udpgal[c] UDPGALM udpgal[c] -> udpgalfur[c] UDPGDr h2o[c] + 2 nad[c] + udpg[c] <=> 3 h[c] + 2 nadh[c] + udpglcur[c] UGLT gal1p[c] + udpg[c] <=> g1p[c] + udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UHGADA h2o[c] + u3aga[c] -> ac[c] + u3hga[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] USHD h2o[c] + u23ga[c] -> 2 h[c] + lipidX[c] + ump[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mbdg[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TREH h2o[c] + tre[c] -> 2 glc_D[c] TRPTA akg[c] + trp_L[c] <=> glu_L[c] + indpyr[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TTDCAt2 h[e] + ttdca[e] -> h[c] + ttdca[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.018474 datp[c] + 0.01357 dctp[c] + 0.01357 dgtp[c] + dnarep[c] + 0.018474 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hbz[c] 4hbz[e] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] biomass[c] btamp[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chor[c] chor[e] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fmnh2[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc[e] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mbdg[c] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pap[c] pb[c] pb[e] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pydx5p[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCL apoC_Lys_btn[c] + atp[c] + hco3[c] <=> adp[c] + btn_co2[c] + h[c] + pi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glyc(e) glyc[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMAND gdpmann[c] -> gdpddman[c] + h2o[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCSNAH1r 5mtc[c] + h2o[c] + h[c] -> nh4[c] + thym[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] QULNS dhap[c] + iasp[c] -> 2 h2o[c] + pi[c] + quln[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] +...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.01865 datp[c] + 0.013394 dctp[c] + 0.013394 dgtp[c] + dnarep[c] + 0.01865 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2mahmp[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2me4p[c] 2mecdp[c] 2mpropACP[c] 2obut[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 34hpp[c] 3a2opp[c] 3amp[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00591[c] HC01104[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Tyr_ggn[e] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acgam1p[c] acgam[c] achms[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] ade[e] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amopbut_L[c] amp[c] amp[e] anth[c] apoACP[c] ara5p[c] arab_L[c] arg_L[c] arg_L[e] asn_L[c] asp_L[c] aspsa[c] atp[c] biomass[c] btcoa[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cellb[e] cgly[c] cgly[e] chor[c] chtbs[c] chtbs[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] g1p[c] g1p_B[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] gam1p[c] gam6p[c] gam[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu5sa[c] glu_D[c] glu_L[c] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasp[c] glyc3p[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glygn2[e] glygn4[e] glygn5[e] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthox[e] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hlipa[c] hphhlipa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imp[c] ins[c] ins[e] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] mbdg[c] melib[c] melib[e] meoh[c] met_L[c] met_L[e] metala[c] methf[c] metsox_S_L[c] mev_R[c] mg2[c] mg2[e] mi1p_D[c] micit[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] o2[c] o2[e] oaa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgpai17[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phphhlipa[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] pre8[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] sbzcoa[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] ura[c] ura[e] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylan[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMH acgam[c] + h2o[c] -> ac[c] + gam[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] AMY2e glygn2[e] + 8 h2o[e] -> 8 glc_D[e] + glygn4[e] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPK asp_L[c] + atp[c] <=> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHTBSabc atp[c] + chtbs[e] + h2o[c] -> adp[c] + chtbs[c] + h[c] + pi[c] CLPNH180 h[c] + pa180[c] + pg180[c] -> clpn180[c] + h2o[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_4abz(e) 4abz[e] <=> EX_Tyr_ggn(e) Tyr_ggn[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chtbs(e) chtbs[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_gly(e) gly[e] <=> EX_glygn2(e) glygn2[e] <=> EX_glygn4(e) glygn4[e] <=> EX_glygn5(e) glygn5[e] <=> EX_gsn(e) gsn[e] <=> EX_gthox(e) gthox[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_inulin(e) inulin[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_melib(e) melib[e] <=> EX_met_L(e) met_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_xylan(e) xylan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUt2r fru[e] + h[e] <=> fru[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMYe glygn5[e] + h2o[e] -> Tyr_ggn[e] + malt[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GTHOXti3 gthox[e] -> gthox[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] INULINASE 29 h2o[c] + inulin[c] -> 29 fru[c] + glc_D[c] INULINabc atp[c] + h2o[c] + inulin[e] -> adp[c] + h[c] + inulin[c] + pi[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS16 ddcaACP[c] + 2 h[c] + malACP[c] + nadph[c] -> 3hmrsACP[c] + ACP[c] + co2[c] + nadp[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBabc atp[c] + h2o[c] + melib[e] -> adp[c] + h[c] + melib[c] + pi[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MI1PI mi1p_D[c] <=> g6p[c] MICITDr 2mcacn[c] + h2o[c] <=> micit[c] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] N2OFO h[c] + n2o[c] + nadh[c] -> h2o[c] + n2[c] + nad[c] N2Ormq mqn8[c] + n2o[e] -> h2o[e] + mql8[c] + n2[e] N2Ot n2o[e] <=> n2o[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCOAH dhnacoa[c] + h2o[c] -> coa[c] + dhna[c] + h[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O16G1e glygn4[e] + h2o[e] -> glc_D[e] + glygn5[e] O16G2e h2o[e] + strch2[e] -> glc_D[e] + malt[e] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCDCEAtr ocdcea[e] <=> ocdcea[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNt orn[e] <=> orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGMT2 g1p_B[c] <=> g6p_B[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMDPHT 5aprbu[c] + h2o[c] -> 4r5au[c] + pi[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOabc atp[c] + h2o[c] + pnto_R[e] -> adp[c] + h[c] + pi[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPGPPDP h2o[c] + ppgpp[c] -> gdp[c] + ppi[c] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPS atp[c] + h2o[c] + pyr[c] -> amp[c] + 2 h[c] + pep[c] + pi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PREN frdp[c] + 4 ipdp[c] -> hepdp[c] + 4 ppi[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRODTHLOX nadp[c] + prodthl[c] <=> h[c] + nadph[c] + prodslfd[c] PROPAT4te pro_L[e] <=> pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD120 h[c] + ps120[c] -> co2[c] + pe120[c] PSD140 h[c] + ps140[c] -> co2[c] + pe140[c] PSD141 h[c] + ps141[c] -> co2[c] + pe141[c] PSD160 h[c] + ps160[c] -> co2[c] + pe160[c] PSD161 h[c] + ps161[c] -> co2[c] + pe161[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSD181 h[c] + ps181[c] -> co2[c] + pe181[c] PSDAI15 h[c] + psai15[c] -> co2[c] + peai15[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI14 h[c] + psi14[c] -> co2[c] + pei14[c] PSDI15 h[c] + psi15[c] -> co2[c] + pei15[c] PSDI16 h[c] + psi16[c] -> co2[c] + pei16[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA120 cdpdddecg[c] + ser_L[c] -> cmp[c] + h[c] + ps120[c] PSSA140 cdpdtdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps140[c] PSSA141 cdpdtdec7eg[c] + ser_L[c] -> cmp[c] + h[c] + ps141[c] PSSA160 cdpdhdecg[c] + ser_L[c] -> cmp[c] + h[c] + ps160[c] PSSA161 cdpdhdec9eg[c] + ser_L[c] -> cmp[c] + h[c] + ps161[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSA181 cdpdodec11eg[c] + ser_L[c] -> cmp[c] + h[c] + ps181[c] PSSAAI15 cdpdaipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai15[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI14 cdpditdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi14[c] PSSAI15 cdpdipdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi15[c] PSSAI16 cdpdihdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi16[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] Q8abc atp[c] + h2o[c] + q8[e] -> adp[c] + h[c] + pi[c] + q8[c] RAFFabc atp[c] + h2o[c] + raffin[e] -> adp[c] + h[c] + pi[c] + raffin[c] RAFH h2o[c] + raffin[c] -> fru[c] + melib[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBP4E ru5p_L[c] <=> xu5p_D[c] RHAT1 dtdprmn[c] + kphphhlipa[c] -> dtdp[c] + h[c] + icolipa[c] RHC h2o[c] + rhcys[c] -> hcys_L[c] + rib_D[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] S7PIr s7p[c] <=> gmhep7p[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHEMEabc atp[c] + h2o[c] + sheme[e] -> adp[c] + h[c] + pi[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL2 h2s[c] + suchms[c] -> h[c] + hcys_L[c] + succ[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCDimq mqn8[c] + succ[c] -> fum[c] + mql8[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCR h2o[c] + sucr[c] -> fru[c] + glc_D[c] SUCRt2 h[e] + sucr[e] -> h[c] + sucr[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDPDRE dtdp4d6dg[c] -> dtdp4d6dm[c] TDPDRRr dtdp4d6dm[c] + h[c] + nadph[c] <=> dtdprmn[c] + nadp[c] TDPGDH dtdpglu[c] -> dtdp4d6dg[c] + h2o[c] TDSK atp[c] + lipidAds[c] -> adp[c] + h[c] + lipidA[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMt3 h[c] + thm[e] <=> h[e] + thm[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRPt2r h[e] + trp_L[e] <=> h[c] + trp_L[c] TSULabc atp[c] + h2o[c] + tsul[e] -> adp[c] + h[c] + pi[c] + tsul[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] U...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010487 datp[c] + 0.021549 dctp[c] + 0.021549 dgtp[c] + dnarep[c] + 0.010487 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hibutcoa[c] 3hmp[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abut[e] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5drib[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC01376[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acac[c] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gdp[c] gdpmann[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2o[e] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] no2[c] no2[e] no3[c] no3[e] no[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rbl_D[c] rbl_L[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASADi 4pasp[c] + h[c] + nadph[c] -> aspsa[c] + nadp[c] + pi[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBLTDe adocbl[c] -> adocbl[e] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CBl1te cbl1[c] -> cbl1[e] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNMPPA dhpmp[c] + h2o[c] -> dhnpt[c] + pi[c] DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_4abut(e) 4abut[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inost(e) inost[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPFPHS frdp[c] + 3 ipdp[c] -> hexdp[c] + 3 ppi[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LTHRK atp[c] + thr_L[c] -> adp[c] + h[c] + thrp[c] LYSt3r h[e] + lys_L[c] <=> h[c] + lys_L[e] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PI mi1p_D[c] <=> g6p[c] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MK7te mqn7[e] -> mqn7[c] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD1 2mop[c] + coa[c] + nad[c] -> co2[c] + nadh[c] + ppcoa[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MMSAD3 coa[c] + msa[c] + nad[c] -> accoa[c] + co2[c] + nadh[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MQN7te mqn7[c] -> mqn7[e] MQN8te mqn8[c] -> mqn8[e] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTI tre[c] <=> malt[c] N2OO mql8[c] + 2 no[e] <=> h2o[e] + mqn8[c] + n2o[e] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NOPHMO 2oph[c] + h[c] + nadph[c] + o2[c] -> 2ohph[c] + h2o[c] + nadp[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> ac...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019834 datp[c] + 0.012212 dctp[c] + 0.012212 dgtp[c] + dnarep[c] + 0.019834 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] bbtcoa[c] betald[c] biocyt[c] biomass[c] btcoa[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[e] man6p[c] man[e] melib[c] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] tet[e] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xtsn[e] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_tet(e) tet[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXmqi glc_bD[c] + mqn8[c] -> g15lac[c] + mql8[c] GNOXuqi glc_bD[c] + q8[c] -> g15lac[c] + q8h2[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.019921 datp[c] + 0.012125 dctp[c] + 0.012125 dgtp[c] + dnarep[c] + 0.019921 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48461 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 13ppd[c] 13ppd[e] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 36dahx[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpp[c] 3hppnl[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] aacald[c] aacoa[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] bbtcoa[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galctn_D[c] galctn_D[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glyclt[e] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[e] man6p[c] man[e] melib[c] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no3[c] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxptn[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phpyr[e] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] raffin[c] rb15bp[c] rbflvrd[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xtsn[e] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 13PPDHr 3hppnl[c] + h[c] + nadh[c] <=> 13ppd[c] + nad[c] 13PPDt 13ppd[e] <=> 13ppd[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_13ppd(e) 13ppd[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glyclt(e) glyclt[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCLTt2r glyclt[e] + h[e] <=> glyclt[c] + h[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHRDt2 gthrd[e] -> gthrd[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISDC h[c] + his_L[c] -> co2[c] + hista[c] HISTAt2 h[c] + hista[c] -> h[e] + hista[e] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=>...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 25dkglcn[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] ggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man6p[c] man[c] man[e] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phpyr[e] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbt[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] tet[e] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xtsn[e] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_tet(e) tet[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALM1r glc_bD[c] <=> glc_D[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSK atp[c] + ins[c] -> adp[c] + h[c] + imp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hd...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] abt_D[c] acACP[c] ac[c] ac[e] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_S[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] altrn[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bbtcoa[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cechddd[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] crn[c] crn[e] crncoa[c] csn[c] csn[e] ctbt[c] ctbt[e] ctbtcoa[c] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[e] man6p[c] man[c] man[e] mana[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phpyr[e] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbt[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt_D[c] sbzcoa[c] scl[c] sel[e] seln[c] selni[e] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] tet[e] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xtsn[e] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BBTCOAOX bbtcoa[c] + nad[c] <=> ctbtcoa[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRNBTCT bbtcoa[c] + crn[c] <=> crncoa[c] + gbbtn[c] CRNCBCT crn[c] + ctbtcoa[c] <=> crncoa[c] + ctbt[c] CRNCDH crncoa[c] <=> ctbtcoa[c] + h2o[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CRNt7 crn[e] + gbbtn[c] <=> crn[c] + gbbtn[e] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTt ctbt[c] -> ctbt[e] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_HQN hqn[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_2ddglcn(e) 2ddglcn[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galur(e) galur[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sel(e) sel[e] <=> EX_selni(e) selni[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tet(e) tet[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNt gbbtn[c] -> gbbtn[e] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSNt2r gsn[e] + h[e] <=> gsn[c] + h[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lfmkynr[c] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp[c] dtdpglu[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gal1p[c] gal[c] gal[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hethmpp[c] hexACP[c] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man6p[c] man[c] man[e] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mql8[c] mqn8[c] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phpyr[c] phpyr[e] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbl_D[c] rbt[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sbzcoa[c] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sucsal[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] tet[e] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_4abut(e) 4abut[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_tet(e) tet[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUABUTt7 4abut[c] + glu_L[e] <=> 4abut[e] + glu_L[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GSPMDS atp[c] + gthrd[c] + spmd[c] -> adp[c] + gtspmd[c] + h[c] + pi[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYD2 h2[c] + 2 h[c] + mqn8[c] -> 2 h[e] + mql8[c] HYD3 2dmmq8[c] + h2[c] -> 2dmmql8[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] ICL icit[c] -> glx[c] + succ[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INDOLEt2r h[e] + indole[e] <=> h[c] + indole[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSK atp[c] + ins[c] -> adp[c] + h[c] + imp[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_S[c] actp[c] ad[c] adcobdam[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz[c] bzam[c] ca2[c] ca2[e] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cechddd[c] cgly[c] cgly[e] chol[c] chol[e] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] colipa[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dms[e] dmso[c] dmso[e] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] ggagicolipa[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[e] man1p[c] man6p[c] man[c] man[e] mana[c] melib[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phpyr[e] phthr[c] phyQ[c] phyldpp[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] sbt_D[c] sbzcoa[c] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucbz[c] succ[c] succ[e] succoa[c] suchms[c] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] tet[e] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmao[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uacmamu[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xtsn[e] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CO2t co2[e] <=> co2[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDCAt ddca[e] <=> ddca[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DMSORdmq 2dmmql8[c] + dmso[e] -> 2dmmq8[c] + dms[e] + h2o[e] DMSORmq dmso[e] + mql8[c] -> dms[e] + h2o[e] + mqn8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DM_teich_45_BS(c) teich_45_BS[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dms(e) dms[e] <=> EX_dmso(e) dmso[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tet(e) tet[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tmao(e) tmao[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xtsn(e) xtsn[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FICYTCOX fe2[c] + ficytC[c] -> fe3[c] + focytC[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PP g1p[c] + h2o[c] <=> glc_D[c] + pi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDxr glyclt[c] + nad[c] <=> glx[c] + h[c] + nadh[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSNK atp[c] + gsn[c] -> adp[c] + gmp[c] + h[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPDP gdptp[c] + h2o[c] -> h[c] + pi[c] + ppgpp[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAt2 h[e] + hdca[e] -> h[c] + hdca[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016536 datp[c] + 0.010341 dctp[c] + 0.010341 dgtp[c] + dnarep[c] + 0.016536 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ins[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 4abut[c] 4abutn[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC01434[c] Largn[c] Lcyst[c] M00512[c] M01966[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] ametam[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arabttr[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cro4[c] cro4[e] csn[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dextrin[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhf[c] dhlpro[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] din[c] dmbzid[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galct_D[c] galt1p[c] galt[e] galur[c] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcur[c] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hqn[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isomal[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mana[c] mantr[c] mbdg[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mthgxl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] scl[c] seahcys[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] stys[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] taur[c] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] ARABASE3e arabttr[e] + 2 h2o[e] -> 3 arab_L[e] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DEXTRINASE dextrin[c] + 5 h2o[c] -> 6 glc_D[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_amp(e) amp[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arabttr(e) arabttr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dcyt(e) dcyt[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn7(e) mqn7[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2Ot h2o[e] <=> h2o[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HOPNTAL 4h2opntn[c] -> acald[c] + pyr[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOMALT h2o[c] + isomal[c] -> 2 glc_D[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSabc atp[c] + h2o[c] + lys_L[e] -> adp[c] + h[c] + lys_L[c] + pi[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MELIBt2r h[e] + melib[e] <=> h[c] + melib[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK7te mqn7[e] -> mqn7[c] MLTG1 h2o[c] + malttr[c] -> glc_D[c] + malt[c] MLTG2 h2o[c] + maltttr[c] -> glc_D[c] + malttr[c] MLTG3 h2o[c] + maltpt[c] -> glc_D[c] + maltttr[c] MLTG4 h2o[c] + malthx[c] -> glc_D[c] + maltpt[c] MLTG5 h2o[c] + malthp[c] -> glc_D[c] + malthx[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NCPTRCA h2o[c] + 2 h[c] + ncptrc[c] -> co2[c] + nh4[c] + ptrc[c] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NEU23 gt1b_hs[c] + h2o[c] -> acnam[c] + gd1b_hs[c] NH4tb nh4[e] <=> nh4[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNabc atp[c] + h2o[c] + orn[e] -> adp[c] + h[c] + orn[c] + pi[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] OXOAEL 5odhf2a[c] + h2o[c] -> 3oxoadp[c] + h[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 25aics[c] 25dhpp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hymeph[c] 2ippm[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ombz[c] 2ommb[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34hpp[c] 3a2opp[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3mbutACP[c] 3mob[c] 3mop[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5prdmbz[c] 6a2ohxnt[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgg[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC01104[c] HC01434[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmalt[c] acmam[c] acmama[c] acmana[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alltn[c] alltn[e] alltn_R[c] amet[c] ametam[c] amopbut_L[c] amp[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arab_L[c] arab_L[e] arbt6p[c] arg_L[c] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] biomass[c] btal[c] btamp[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cellb[e] cgly[c] cgly[e] chor[c] chtbs[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhnpt[c] dhor_S[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] dmbzid[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] fmn[c] fol[c] for[c] for[e] fpram[c] fprica[c] frdp[c] fru[c] fru[e] fruur[c] fum[c] g1p[c] g3p[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galur[c] gam1p[c] gam6p[c] gar[c] gdp[c] gdptp[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcur[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthrd[c] gtp[c] gua[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hqn[c] hx2coa[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo8p[c] kdo[c] l2a6o[c] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man6p[c] man[c] man[e] mana[c] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no3[c] no3[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pendp[c] pep[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] phom[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] psd5p[c] pser_L[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] r1p[c] r5p[c] rbl_D[c] rbl_L[c] rdmbzi[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rmn[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] scl[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succoa[c] suchms[c] sucr[c] sucr[e] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thm[c] thm[e] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thymd[c] tma[c] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] AMAA acmama[c] + h2o[c] -> acmam[c] + ala_L[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] APPLDH aact[c] + h[c] + nadh[c] -> appl[c] + nad[c] ARAI arab_L[c] <=> rbl_L[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] CA2abc atp[c] + ca2[e] + h2o[c] -> adp[c] + ca2[c] + h[c] + pi[c] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_5DRIB 5drib[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2 gly[e] + h[e] -> gly[c] + h[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUI1 glcur[c] <=> fruur[c] GUI2 galur[c] <=> tagur[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYXNt hxan[e] <=> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCARS h[c] + lald_L[c] + nadh[c] <=> 12ppd_S[c] + nad[c] LCTSabc atp[c] + h2o[c] + lcts[e] -> adp[c] + h[c] + lcts[c] + pi[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANAO mana[c] + nad[c] <=> fruur[c] + h[c] + nadh[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCITL2 micit[c] <=> pyr[c] + succ[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGSA dhap[c] -> mthgxl[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MNNH mana[c] -> 2ddglcn[c] + h2o[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNP nmn[e] -> nmn[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] O2t o2[e] <=> o2[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAtr ocdca[e] <=> ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PDX5PO o2[c] + pdx5p[c] -> h2o2[c] + pydx5p[c] PDX5PO2 nad[c] + pdx5p[c] -> h[c] + nadh[c] + pydx5p[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK(ppi) f6p[c] + ppi[c] -> fdp[c] + h[c] + pi[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHTHRDH nad[c] + phthr[c] <=> amopbut_L[c] + h[c] + nadh[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] PNTOt4 na1[e] + pnto_R[e] -> na1[c] + pnto_R[c] POR4 accoa[c] + co2[c] + fdxrd[c] <=> coa[c] + fdxox[c] + h[c] + pyr[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRAMPC h2o[c] + prbamp[c] -> prfp[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRATPP h2o[c] + prbatp[c] -> h[c] + ppi[c] + prbamp[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRMICI prfp[c] <=> prlp[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROt2r h[e] + pro_L[e] <=> h[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUDPDGT m12dpglyc[c] + udpg[c] <=> diglcpg160[c] + h[c] + udp[c] PUDPMGT 12dgr160[c] + udpg[c] <=> h[c] + m12dpglyc[c] + udp[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNtr pydxn[e] <=> pydxn[c] PYDXtr pydx[e] <=> pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] R05224 2 atp[c] + 2 gln_L[c] + h2o[c] + hgbyr[c] -> 2 adp[c] + 2 glu_L[c] + h[c] + hgbam[c] + ppi[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.016021 datp[c] + 0.016021 dctp[c] + 0.016021 dgtp[c] + dnarep[c] + 0.016021 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dkglcn[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4fumacac[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hphac[c] 4hphac[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5drib[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mta[e] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] Lkynr[c] Lkynr[e] Lpipecol[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] din[c] dkmpp[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galct_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpmann[c] gdpmanur[c] gdptp[c] ggagicolipa[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hkmpp[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mbdg[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmtsa[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pram[c] pran[c] prbamp[c] prbatp[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rdmbzi[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 1PPDCRx Lpipecol[c] + nad[c] <=> 1pipdn2c[c] + h[c] + nadh[c] 1PPDCRy Lpipecol[c] + nadp[c] <=> 1pipdn2c[c] + h[c] + nadph[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTAte 5mta[e] <=> 5mta[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDC amet[c] + h[c] -> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAH alltt[c] + h2o[c] <=> urdglyc[c] + urea[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT amet[c] + copre5[c] + h2o[c] -> acald[c] + ahcys[c] + copre6[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_AMOB amob[c] -> DM_GCALD gcald[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpnai15(c) clpnai15[c] -> DM_clpnai17(c) clpnai17[c] -> DM_clpni14(c) clpni14[c] -> DM_clpni15(c) clpni15[c] -> DM_clpni16(c) clpni16[c] -> DM_clpni17(c) clpni17[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_4hphac(e) 4hphac[e] <=> EX_5mta(e) 5mta[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dad_2(e) dad_2[e] <=> EX_ddca(e) ddca[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FACOALib atp[c] + coa[c] + isobut[c] -> amp[c] + ibcoa[c] + ppi[c] FACOALiv atp[c] + coa[c] + isoval[c] -> amp[c] + ivcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMAC 4fumacac[c] + h2o[c] -> acac[c] + fum[c] + h[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP3 glycogen[c] + h[c] + pi[c] <=> g1p[c] + glycogenb[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.01197 datp[c] + 0.020067 dctp[c] + 0.020067 dgtp[c] + dnarep[c] + 0.01197 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] Cit_Mg[c] Cit_Mg[e] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galct_D[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdpmann[c] gdpmanur[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcr[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dopa(e) dopa[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcr(e) glcr[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLabc atp[c] + fol[e] + h2o[c] -> adp[c] + fol[c] + h[c] + pi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCND glcn[c] -> 2ddglcn[c] + h2o[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.012648 datp[c] + 0.01939 dctp[c] + 0.01939 dgtp[c] + dnarep[c] + 0.012648 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02442[c] CE5656[c] HC00319[c] HC00319[e] HC00695[c] HC00900[c] HC00955[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] Lpipecol[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] ab14lac_L[c] ab6p3hxl[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citmal[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] cmpacna[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_D[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpddman[c] gdpmann[c] gdpmanur[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] gggagicolipa[c] gicolipa[c] glac[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indole[e] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mmtsa[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pprdn[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 1PPDCRx Lpipecol[c] + nad[c] <=> 1pipdn2c[c] + h[c] + nadh[c] 1PPDCRy Lpipecol[c] + nadp[c] <=> 1pipdn2c[c] + h[c] + nadph[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB14LACH ab14lac_L[c] + h2o[c] <=> arabt_L[c] + h[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALLTAH alltt[c] + h2o[c] <=> urdglyc[c] + urea[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRdmq 2dmmql8[c] + paps[c] -> 2dmmq8[c] + 2 h[c] + pap[c] + so3[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITMALL citmal[c] -> ac[c] + pyr[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CMPSAS acnam[c] + ctp[c] -> cmpacna[c] + ppi[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSR cys_L[c] <=> cys_D[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYSDS cys_D[c] + h2o[c] <=> h2s[c] + nh4[c] + pyr[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_indole(e) indole[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PPT 2 g1p[c] + h[c] <=> M01966[c] + glc_D[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLACO glac[c] + 2 h2o[c] + nad[c] -> glcr[c] + 3 h[c] + nadh[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrn...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hphac[c] 4hphac[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] L2aadp[c] Largn[c] Lcyst[c] Lcyst[e] Lpipecol[c] M00512[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aadpsae[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galct_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdpmanur[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hacon_C[c] hcit[c] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hoacoa[c] hololys2[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] l2aadipad[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mmtsa[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcb[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 1PPDCRx Lpipecol[c] + nad[c] <=> 1pipdn2c[c] + h[c] + nadh[c] 1PPDCRy Lpipecol[c] + nadp[c] <=> 1pipdn2c[c] + h[c] + nadph[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADPSAEDH aadpsae[c] + 2 h[c] + nadph[c] <=> L2aadp6sa[c] + hololys2[c] + nadp[c] AADPSAEDH2 hololys2[c] + l2aadipad[c] -> aadpsae[c] + amp[c] + 2 h[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSKDH 3dhsk[c] -> 34dhb[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hphac(e) 4hphac[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FACOALib atp[c] + coa[c] + isobut[c] -> amp[c] + ibcoa[c] + ppi[c] FACOALiv atp[c] + coa[c] + isoval[c] -> amp[c] + ivcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.012286 datp[c] + 0.019752 dctp[c] + 0.019752 dgtp[c] + dnarep[c] + 0.012286 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hphac[c] 4hphac[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] L2aadp[c] Largn[c] Lcyst[c] Lcyst[e] Lpipecol[c] M00512[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aadpsae[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galct_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdpmanur[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hacon_C[c] hcit[c] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hoacoa[c] hololys2[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] l2aadipad[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mmtsa[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcb[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 1PPDCRx Lpipecol[c] + nad[c] <=> 1pipdn2c[c] + h[c] + nadh[c] 1PPDCRy Lpipecol[c] + nadp[c] <=> 1pipdn2c[c] + h[c] + nadph[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADPSAEDH aadpsae[c] + 2 h[c] + nadph[c] <=> L2aadp6sa[c] + hololys2[c] + nadp[c] AADPSAEDH2 hololys2[c] + l2aadipad[c] -> aadpsae[c] + amp[c] + 2 h[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ASPte asp_L[c] -> asp_L[e] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSKDH 3dhsk[c] -> 34dhb[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hphac(e) 4hphac[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FACOALib atp[c] + coa[c] + isobut[c] -> amp[c] + ibcoa[c] + ppi[c] FACOALiv atp[c] + coa[c] + isoval[c] -> amp[c] + ivcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCOAS atp[c] + coa[c] + glutar[c] -> adp[c] + glutcoa[c] + pi[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.011475 datp[c] + 0.020561 dctp[c] + 0.020561 dgtp[c] + dnarep[c] + 0.011475 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dampp[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1mpyr[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpac[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hoxpacd[c] 4hoxpacd[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5cm2hmu[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] Lpipecol[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aact[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkmpp[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdpmanur[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mma[c] mmcoa_R[c] mmcoa_S[c] mmtsa[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] nmptrc[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oazur[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pacald[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] razur[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcb[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 13DAMPPOX 13dampp[c] + h2o[c] + o2[c] -> bamppald[c] + h2o2[c] + nh4[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 42A12BOOX dopa[c] + h2o[c] + o2[c] -> 34dhpac[c] + h2o2[c] + nh4[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYC...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010807 datp[c] + 0.021229 dctp[c] + 0.021229 dgtp[c] + dnarep[c] + 0.010807 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2d3dxylt[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dgclur[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] Lpipecol[c] M00512[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] ab14lac_L[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cysam[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] din[e] dkdi[c] dkmpp[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_D[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 2S6HCC akg[c] + h[c] + ichor[c] <=> 2shchc[c] + co2[c] + pyr[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AB14LACH ab14lac_L[c] + h2o[c] <=> arabt_L[c] + h[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTAH alltt[c] + h2o[c] <=> urdglyc[c] + urea[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CITt7 cit[e] + succ[c] <=> cit[c] + succ[e] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GALt2_2 gal[e] + 2 h[e] <=> gal[c] + 2 h[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYC3Pt glyc3p[e] + h[e] <=> glyc3p[c] + h[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] ->...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.012218 datp[c] + 0.019819 dctp[c] + 0.019819 dgtp[c] + dnarep[c] + 0.012218 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq7[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hydogcoa[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3abutcoa[c] 3aib[c] 3aib_D[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hmcachl[c] 4hmsaclt[c] 4hphac[c] 4hphac[e] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dihindlcrbxlt[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00955[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02098[c] HC02099[c] HC02121[c] L2aadp6sa[c] L2aadp[c] L_dpchrm[c] Largn[c] Lcyst[c] Lcyst[e] Lpipecol[c] M00512[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aadpsae[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cechddd[c] cellb[c] cenchddd[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chols[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdpmanur[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glac[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutaccoa[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hacon_C[c] hcit[c] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hololys2[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] id3acald[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] l2aadipad[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[e] mana[c] mcrea[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn7[c] mqn7[e] mqn8[c] msa[c] mso3[c] mso3[e] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nforglu[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phpyr[e] phthr[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pprdn[c] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 15DAPt 15dap[c] -> 15dap[e] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 1PPDCRx Lpipecol[c] + nad[c] <=> 1pipdn2c[c] + h[c] + nadh[c] 1PPDCRy Lpipecol[c] + nadp[c] <=> 1pipdn2c[c] + h[c] + nadph[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HH24DDH1 2hh24dd[c] + h2o[c] -> 24dhhed[c] 2HYDOGCOAD 2hydogcoa[c] -> glutaccoa[c] + h2o[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADPSAEDH aadpsae[c] + 2 h[c] + nadph[c] <=> L2aadp6sa[c] + hololys2[c] + nadp[c] AADPSAEDH2 hololys2[c] + l2aadipad[c] -> aadpsae[c] + amp[c] + 2 h[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNAMS acmana[c] + h2o[c] + pep[c] -> acnam[c] + pi[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACS2 atp[c] + coa[c] + ppa[c] -> amp[c] + ppcoa[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALGD gdpmann[c] + h2o[c] + 2 nad[c] <=> gdpmanur[c] + 3 h[c] + 2 nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT7rev ahcys[c] + h[c] + mqn7[c] -> 2dmmq7[c] + amet[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] APTNAT 5aptn[c] + akg[c] <=> glu_L[c] + oxptn[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPAT 15dap[c] + akg[c] -> glu_L[c] + h2o[c] + h[c] + pprdn[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCT L_dpchrm[c] <=> 56dihindlcrbxlt[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAOT7 2dmmq7[c] + co2[c] + nadh[c] + ppi[c] -> dhna[c] + hepdp[c] + nad[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DHSKDH 3dhsk[c] -> 34dhb[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMQMT2 amet[c] + ocmhmxbq[c] <=> ahcys[c] + q8[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hphac(e) 4hphac[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_isetac(e) isetac[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn7(e) mqn7[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_phpyr(e) phpyr[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FACOALiv atp[c] + coa[c] + isoval[c] -> amp[c] + ivcoa[c] + ppi[c] FADRx fad[c] + h[c] + nadh[c] -> fadh2[c] + nad[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORAMD frmd[c] + h2o[c] -> for[c] + nh4[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLACO glac[c] + 2 h2o[c] + nad[c] -> glcr[c] + 3 h[c] + nadh[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCOAS atp[c] + coa[c] + glutar[c] -> ad...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.011523 datp[c] + 0.020513 dctp[c] + 0.020513 dgtp[c] + dnarep[c] + 0.011523 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dh3dglc[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] Cit_Mg[c] Cit_Mg[e] HC00319[c] HC00319[e] HC00695[c] HC00900[c] HC00955[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmanap[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] caro[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cellb[c] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre2[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcr[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutar[c] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hcit[c] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hmgth[c] hom_L[c] hphhlipa[c] hpyr[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] lanost[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] meoh[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncam[e] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] no[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocdcea[e] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxptn[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] strch1[e] strch2[e] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALAS gly[c] + h[c] + succoa[c] -> 5aop[c] + co2[c] + coa[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALLTAH alltt[c] + h2o[c] <=> urdglyc[c] + urea[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMY1e 8 h2o[e] + strch1[e] -> 8 glc_D[e] + strch2[e] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BCDO caro[c] + o2[c] -> 2 retinal[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTCT accoa[c] + but[c] -> ac[c] + btcoa[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMKr atp[c] + co2[c] + nh4[c] <=> adp[c] + cbp[c] + 2 h[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_ncam(e) ncam[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_strch1(e) strch1[e] <=> EX_strch2(e) strch2[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALM1r glc_bD[c] <=> glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXmqi glc_bD[c] + mqn8[c] -> g15lac[c] + mql8[c] GNOXuqi glc_bD[c] + q8[c] -> g15lac[c] + q8h2[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + na...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010873 datp[c] + 0.021163 dctp[c] + 0.021163 dgtp[c] + dnarep[c] + 0.010873 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2ins[c] 2ippm[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hbcoa[c] 3hcddec5eACP[c] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3oddecACP[c] 3odecACP[c] 3ohexACP[c] 3omrsACP[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5dgclur[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01710[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] ca2[c] ca2[e] cala[c] camp[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] cholp[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpmann[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[e] mantr[c] mbdg[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] raffin[c] raffin[e] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rml[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] stys[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAM2E acgam[c] <=> acmana[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_4abz(e) 4abz[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_drib(e) drib[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FCI fuc_L[c] <=> fcl_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALS3 h2o[c] + melib[c] -> gal[c] + glc_D[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCTR4r pi[c] + sucr[c] <=> fru[c] + g1p[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICDHy icit[c] + nadp[c] -> akg[c] + co2[c] + nadph[c] ICHORS chor[c] <=> ichor[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INS2D inost[c] + nad[c] -> 2ins[c] + h[c] + nadh[c] INSt ins[e] <=> ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOS arab_D[c] + pyr[c] -> kdo[c] KHK atp[c] + fru[c] -> adp[c] + f1p[c] + h[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACZ h2o[c] + lcts[c] -> gal[c] + glc_D[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MADGBG h2o[c] + madg[c] <=> glc_D[c] + meoh[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTHXabc atp[c] + h2o[c] + malthx[e] -> adp[c] + h[c] + malthx[c] + pi[c] MALTTRabc atp[c] + h2o[c] + malttr[e] -> adp[c] + h[c] + malttr[c] + pi[c] MALTabc atp[c] + h2o[c] + malt[e] -> adp[c] + h[c] + malt[c] + pi[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN1PT2 gdp[c] + h[c] + man1p[c] -> gdpmann[c] + pi[c] MAN6PI man6p[c] <=> f6p[c] MANA4 h2o[c] + mantr[c] <=> gal[c] + melib[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MBDGBG h2o[c] + mbdg[c] <=> glc_D[c] + meoh[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME1 mal_L[c] + nad[c] -> co2[c] + nadh[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.013207 datp[c] + 0.013666 dctp[c] + 0.013666 dgtp[c] + dnarep[c] + 0.013207 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.18489 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12ppd_S[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2ahbut[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mmal[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3aib_D[c] 3btcoa[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbutcoa[c] 4hdxbutn[c] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00900[c] HC01376[c] HC01377[c] L2aadp6sa[c] Largn[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adprib[c] agdpcbi[c] ahcys[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alac_S[c] alagln[c] alaglu[c] alagly[c] alahis[c] alaleu[c] alathr[c] alpro[c] amet[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] chor[e] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg180[c] diglcpgai17[c] diglcpgi17[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g1p[c] g3p[c] g6p[c] g6p_B[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] gly[c] glyald[c] glyasn[c] glyasp[c] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glygln[c] glyglu[c] glyleu[c] glymet[c] glyphe[c] glypro[c] glytyr[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hom_L[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] iasp[c] ibcoa[c] icit[c] icprencoa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ipdcoa[c] ipdp[c] isocapr[c] isocapr[e] isocaprcoa[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dihglyc[c] m12dsglyc[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] man[c] man[e] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] mqn8[e] msa[c] mthgxl[c] myrsACP[c] n2[c] n2[e] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrnt[c] nmn[c] no2[c] no2[e] o2[c] o2[e] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe160[c] pe180[c] pe181[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyldpp[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppal[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps160[c] ps180[c] ps181[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r2hic[c] r2hiccoa[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] saccrp_L[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] scl[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succoa[c] suchms[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tcam[c] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] tyr_L[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDSDH 12ppd_S[c] -> h2o[c] + ppal[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3BTCOAI 3btcoa[c] <=> b2coa[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCD 4hbutcoa[c] <=> 3btcoa[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACCOAT 4hdxbutn[c] + accoa[c] <=> 4hbutcoa[c] + ac[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1i b2coa[c] + h[c] + nadh[c] -> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTCOAACCOAT ac[c] + btcoa[c] -> accoa[c] + but[c] BTCOADH b2coa[c] + fdxox[c] + 2 h[c] + 2 nadh[c] <=> btcoa[c] + fdxrd[c] + 2 nad[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTt2r but[e] + h[e] <=> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2D 2 cbl1[c] + h[c] + nad[c] <=> 2 cbl2[c] + nadh[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELLBabc atp[c] + cellb[e] + h2o[c] -> adp[c] + cellb[c] + h[c] + pi[c] CGLYt3_2_ cgly[e] + 2 h[e] -> cgly[c] + 2 h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITRAMALS accoa[c] + h2o[c] + pyr[c] -> 2mmal[c] + coa[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURAD 56dura[c] + nadp[c] <=> h[c] + nadph[c] + ura[c] DURAD2 56dthm[c] + nadp[c] <=> h[c] + nadph[c] + thym[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH1R 3hbcoa_R[c] <=> b2coa[c] + h2o[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETOHt etoh[e] <=> etoh[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chor(e) chor[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dgsn(e) dgsn[e] <=> EX_etha(e) etha[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isocapr(e) isocapr[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mqn8(e) mqn8[e] <=> EX_n2(e) n2[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_ura(e) ura[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FDNADOX_H fdxrd[c] + nad[c] <=> fdxox[c] + h[e] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8 fad[c] + glyc3p[c] <=> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCS1 adpglc[c] -> adp[c] + glycogen[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLTPD galt1p[c] + nad[c] <=> h[c] + nadh[c] + tag6p_D[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUCYS atp[c] + cys_L[c] + glu_L[c] -> adp[c] + glucys[c] + h[c] + pi[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX4 atp[c] + man[c] -> adp[c] + h[c] + man6p[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HICCOAD r2hiccoa[c] -> h2o[c] + icprencoa[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD4 fdxrd[c] -> fdxox[c] + h2[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICCOAR2HICCOAT isocaprcoa[c] + r2hic[c] <=> isocapr[c] + r2hiccoa[c] ICPRENCOADH fdxox[c] + 2 h[c] + icprencoa[c] + 2 nadh[c] <=> fdxrd[c] + isocaprcoa[c] + 2 nad[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACDr 2 ficytC[c] + lac_L[c] <=> 2 focytC[c] + 2 h[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALT6PH h2o[c] + malt6p[c] -> g6p[c] + glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MAN6PI man6p[c] <=> f6p[c] MANabc atp[c] + h2o[c] + man[e] -> adp[c] + h[c] + man[c] + pi[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MK8t mqn8[c] <=> mqn8[e] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD2 coa[c] + nad[c] + ppal[c] -> h[c] + nadh[c] + ppcoa[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTAP 5mta[c] + pi[c] -> 5mdr1p[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTRI 5mdr1p[c] <=> 5mdru1p[c] MTRK 5mtr[c] + atp[c] -> 5mdr1p[c] + adp[c] + h[c] N2t n2[e] <=> n2[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIT_n1p4 16 atp[c] + 8 fdxrd[c] + 16 h2o[c] + 2 n2[c] -> 16 adp[c] + 8 fdxox[c] + 2 h2[c] + 12 h[c] + 4 nh4[c] + 16 pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] ORNt2r h[e] + orn[e] <=> h[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.012866 datp[c] + 0.019172 dctp[c] + 0.019172 dgtp[c] + dnarep[c] + 0.012866 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2aobut[c] 2c25dho[c] 2dda7p[c] 2ddglcn[c] 2ddglcn[e] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mecdp[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2obut[e] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3dhq[c] 3dhsk[c] 3haACP[c] 3hddecACP[c] 3hdecACP[c] 3hhexACP[c] 3hmrsACP[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3ig3p[c] 3mbutACP[c] 3mob[c] 3mop[c] 3mop[e] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mtoct2eACP[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00955[c] HC01577[c] HC01651[c] HC01652[c] HC01700[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacoa[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acac[e] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] acmana[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] adcobdam[c] adcobhex[c] ade[c] ade[e] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alpro[c] amet[c] amp[c] amp[e] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] ara5p[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btcoa[c] btn[c] btn[e] btn_co2[c] btoh[c] but2eACP[c] butACP[c] but[c] but[e] butpi[c] butso3[c] butso3[e] ca2[c] ca2[e] cala[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cgly[c] cgly[e] ch4s[c] chol[c] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg3[c] cro4[c] cro4[e] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] fmn[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g1p[c] g3p[c] g6p[c] g6p_B[c] gagicolipa[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] gln_L[c] gln_L[e] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gtspmd[c] gua[c] gua[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hepdp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmgcoa[c] hom_L[c] hphaccoa[c] hphhlipa[c] hpyr[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] imacp[c] imp[c] indole[c] indpyr[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] isobut[c] isobut[e] isocapr[c] isocapr[e] isoval[c] isoval[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[e] man1p[c] man6p[c] man[e] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mlthf[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no3[c] no3[e] o2[c] o2[e] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] pppg9[c] pppi[c] pram[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8[e] q8h2[c] r1p[c] r5p[c] rbl_D[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selhcys[c] seln[c] selnp[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] suc6p[c] succ[c] succ[e] succitr_L[c] succoa[c] sucorn[c] sucr[e] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] taur[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] A5PISO ru5p_D[c] <=> ara5p[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACACt2 acac[e] + h[e] <=> acac[c] + h[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADEt2r ade[e] + h[e] <=> ade[c] + h[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS ahcys[c] + h2o[c] -> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALCD4 btoh[c] + nad[c] <=> btal[c] + h[c] + nadh[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4r adp[c] + 4 h[e] + pi[c] <=> atp[c] + h2o[c] + 3 h[c] BCOAACT acac[c] + btcoa[c] <=> aacoa[c] + but[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC5MT2 amet[c] + copre5b[c] -> ahcys[c] + copre6[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRO4t3 cro4[c] + h[e] <=> cro4[e] + h[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2r dgsn[e] + h[e] <=> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2obut(e) 2obut[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acac(e) acac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_ade(e) ade[e] <=> EX_adocbl(e) adocbl[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_cro4(e) cro4[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_isobut(e) isobut[e] <=> EX_isocapr(e) isocapr[e] <=> EX_isoval(e) isoval[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLR3 2 nad[c] + thf[c] <=> fol[c] + h[c] + 2 nadh[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORTHFC 5forthf[c] + 2 h[c] <=> methf[c] + nh4[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALUi g1p[c] + h[c] + utp[c] -> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCDx glyc[c] + nad[c] -> dha[c] + h[c] + nadh[c] GLYCK2 atp[c] + glyc_R[c] -> 2pg[c] + adp[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt4r gly[e] + na1[e] <=> gly[c] + na1[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GSPMDA gtspmd[c] + h2o[c] -> gthrd[c] + spmd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HEPK1 atp[c] + hhlipa[c] -> adp[c] + h[c] + phhlipa[c] HEPK2 atp[c] + hphhlipa[c] -> adp[c] + h[c] + phphhlipa[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEPT3 adphep_LD[c] + phhlipa[c] -> adp[c] + h[c] + hphhlipa[c] HEPT4 adphep_LD[c] + gggagicolipa[c] -> adp[c] + colipa[c] + h[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] HYXNti hxan[e] -> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IG3PS gln_L[c] + prlp[c] -> aicar[c] + eig3p[c] + glu_L[c] + h[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILEabc atp[c] + h2o[c] + ile_L[e] -> adp[c] + h[c] + ile_L[c] + pi[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt ins[e] <=> ins[c] IOR2 coa[c] + fdxox[c] + h[c] + phpyr[c] <=> co2[c] + fdxrd[c] + phaccoa[c] IOR3 34hpp[c] + coa[c] + fdxox[c] + h[c] <=> co2[c] + fdxrd[c] + hphaccoa[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDPS h2mb4p[c] + h[c] + nadh[c] -> h2o[c] + ipdp[c] + nad[c] IPDPS2 h2mb4p[c] + h[c] + nadph[c] -> h2o[c] + ipdp[c] + nadp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ISETACabc atp[c] + h2o[c] + isetac[e] -> adp[c] + h[c] + isetac[c] + pi[c] ISOBUTt2r h[e] + isobut[e] <=> h[c] + isobut[c] ISOCAPRt2r h[e] + isocapr[e] <=> h[c] + isocapr[c] ISOVALt2r h[e] + isoval[e] <=> h[c] + isoval[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] KDOPP h2o[c] + kdo8p[c] -> kdo[c] + pi[c] KDOPSr ara5p[c] + h2o[c] + pep[c] <=> kdo8p[c] + pi[c] Kt3r h[e] + k[c] <=> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCYSTabc Lcyst[e] + atp[c] + h2o[c] -> Lcyst[c] + adp[c] + h[c] + pi[c] LEUO 2 h2o[c] + 3 leu_L[c] -> co2[c] + 2 isocapr[c] + isoval[c] + 3 nh4[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUabc atp[c] + h2o[c] + leu_L[e] -> adp[c] + h[c] + leu_L[c] + pi[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LGTHL gthrd[c] + mthgxl[c] -> lgt_S[c] LPADSS lipidX[c] + u23ga[c] -> h[c] + lipidAds[c] + udp[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] L_AROND Largn[c] + nad[c] <=> co2[c] + nadh[c] + tyr_L[c] L_ARONR Largn[c] + nadp[c] <=> co2[c] + nadph[c] + tyr_L[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALDC HC00319[c] + h[c] -> ac[c] + co2[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] MECDPDH2 2mecdp[c] + nadh[c] -> h2mb4p[c] + h2o[c] + nad[c] MECDPS 2p4c2me[c] -> 2mecdp[c] + cmp[c] MEPCT 2me4p[c] + ctp[c] + h[c] -> 4c2me[c] + ppi[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METGL h2o[c] + met_L[c] -> 2obut[c] + ch4s[c] + nh4[c] METS 5mthf[c] + hcys_L[c] -> h[c] + met_L[c] + thf[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MK8t mqn8[c] <=> mqn8[e] MMCD h[c] + mmcoa_S[c] -> co2[c] + ppcoa[c] MME mmcoa_R[c] <=> mmcoa_S[c] MMM2r succoa[c] <=> mmcoa_R[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOAT ckdo[c] + lipidA[c] -> cmp[c] + h[c] + kdolipid4[c] MOAT3C ckdo[c] + phphhlipa[c] -> cmp[c] + h[c] + kphphhlipa[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MOPSabc atp[c] + h2o[c] + mops[e] -> adp[c] + h[c] + mops[c] + pi[c] MSO3abc atp[c] + h2o[c] + mso3[e] -> adp[c] + h[c] + mso3[c] + pi[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHFD2 mlthf[c] + nad[c] <=> methf[c] + nadh[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADN h2o[c] + nad[c] -> adprib[c] + h[c] + ncam[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3_1 h[e] + na1[c] <=> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NO3abc atp[c] + h2o[c] + no3[e] -> adp[c] + h[c] + no3[c] + pi[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPP7 dttp[c] + h2o[c] -> dtmp[c] + h[c] + ppi[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OCDCAt2 h[e] + ocdca[e] -> h[c] + ocdca[c] OCOAT1 acac[c] + succoa[c] -> aacoa[c] + succ[c] OHPBAT glu_L[c] + ohpb[c] <=> akg[c] + phthr[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPAHir 5oxpro[c] + atp[c] + 2 h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PACCOAL2r 4hphac[c] + atp[c] + coa[c] <=> amp[c] + hphaccoa[c] + ppi[c] PACCOALr atp[c] + coa[c] + pac[c] <=> amp[c] + phaccoa[c] + ppi[c] PACt2r h[e] + pac[e] <=> h[c] + pac[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PAPA180 h2o[c] + pa180[c] -> 12dgr180[c] + pi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PBUTT btcoa[c] + pi[c] <=> butpi[c] + coa[c] PBt atp[c] + h2o[c] + pb[c] -> adp[c] + h[c] + pb[e] + pi[c] PC11M amet[c] + pre4[c] -> ahcys[c] + h[c] + pre5[c] PC17M amet[c] + pre3b[c] -> ahcys[c] + 3 h[c] + pre4[c] PC20M amet[c] + dscl[c] -> ahcys[c] + h[c] + pre3a[c] PC6AR h[c] + nadph[c] + pre6a[c] -> nadp[c] + pre6b[c] PC6YM 2 amet[c] + pre6b[c] -> 2 ahcys[c] + co2[c] + 2 h[c] + pre8[c] PC8XM h[c] + pre8[c] -> hgbyr[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PERD 4per[c] + nad[c] <=> h[c] + nadh[c] + ohpb[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP120 h2o[c] + pgp120[c] -> pg120[c] + pi[c] PGPP140 h2o[c] + pgp140[c] -> pg140[c] + pi[c] PGPP141 h2o[c] + pgp141[c] -> pg141[c] + pi[c] PGPP160 h2o[c] + pgp160[c] -> pg160[c] + pi[c] PGPP161 h2o[c] + pgp161[c] -> pg161[c] + pi[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPP181 h2o[c] + pgp181[c] -> pg181[c] + pi[c] PGPPAI15 h2o[c] + pgpai15[c] -> pgai15[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI14 h2o[c] + pgpi14[c] -> pgi14[c] + pi[c] PGPPI15 h2o[c] + pgpi15[c] -> pgi15[c] + pi[c] PGPPI16 h2o[c] + pgpi16[c] -> pgi16[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt7ir 3 na1[e] + pi[e] -> 3 na1[c] + pi[c] PMANM man1p[c] <=> man6p[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0078094 ACP[c] + 0.092476 PGP[c] + 0.50006 ala_L[c] + 0.0078094 amet[c] + 0.28827 arg_L[c] + 0.23468 asn_L[c] + 0.23468 asp_L[c] + 40.1701 atp[c] + 0.0078094 ca2[c] + 0.0078094 cl[c] + 0.0078094 coa[c] + 0.0078094 cobalt2[c] + 0.12988 ctp[c] + 0.0078094 cu2[c] + 0.08898 cys_L[c] + 0.011747 datp[c] + 0.011747 dctp[c] + 0.011747 dgtp[c] + dnarep[c] + 0.011747 dttp[c] + 0.0078094 fad[c] + 0.0078094 fe2[c] + 0.0078094 fe3[c] + 0.25601 gln_L[c] + 0.25601 glu_L[c] + 0.5958 gly[c] + 0.2091 gtp[c] + 34.7965 h2o[c] + 0.092623 his_L[c] + 0.28255 ile_L[c] + 0.0078094 k[c] + 0.43866 leu_L[c] + 0.33355 lys_L[c] + 0.14934 met_L[c] + 0.0078094 mg2[c] + 0.0078094 mn2[c] + 0.0078094 nad[c] + 0.0078094 nadp[c] + 0.18056 phe_L[c] + 0.21543 pro_L[c] + proteinsynth[c] + 0.0078094 pydx5p[c] + 0.0078094 ribflv[c] + rnatrans[c] + 0.2097 ser_L[c] + 0.0078094 so4[c] + 0.24665 thr_L[c] + 0.055157 trp_L[c] + 0.13425 tyr_L[c] + 0.092476 udcpdp[c] + 0.14027 utp[c] + 0.4116 val_L[c] + 0.0078094 zn2[c] -> 0.092476 PGPm1[c] + 40 adp[c] + 0.0078094 apoACP[c] + biomass[c] + 40 h[c] + 39.9922 pi[c] + 0.6024 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1pipdn2c[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dkglcn[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2d3dxylt[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddpent[c] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhguln[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ommb[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhpha[c] 34dhpha[e] 34hpp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbbut[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hgACPm[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpACPm[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ogACPm[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opACPm[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dh4dglc[c] 5drib[c] 5fthf[c] 5hxudidzcba[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5prdmbz[c] 5thf[c] 6a2ohxnt[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C11821[c] HC00319[c] HC00319[e] HC00695[c] HC00955[c] HC01104[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] Lkynr[c] Lkynr[e] N1aspmd[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] aact[c] ab14lac_L[c] acACP[c] ac[c] ac[e] acac[c] acald[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acglu[c] achms[c] acmana[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acser[c] actACP[c] actp[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltn_R[c] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_L[c] arab_L[e] arabt_L[c] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] betald[c] bhb[c] bhb[e] biomass[c] btal[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpglc[c] cellb[e] cgly[c] cgly[e] chol[c] chor[c] cit[c] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] copre2[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dd2coa[c] ddcaACP[c] ddca[c] ddca[e] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpt[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] egACPm[c] eig3p[c] epACPm[c] etha[c] etha[e] ethso3[c] ethso3[e] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fum[c] fum[e] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gACPm[c] galct_D[c] galct_D[e] galctn_D[c] galur[c] galur[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gdp[c] gdpmann[c] gdptp[c] ggdp[c] glc_D[c] glc_bD[c] glcn[c] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc_R[c] glyclt[c] glycogen[c] glycogenb[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hethmpp[c] hexACP[c] hexs[c] hexs[e] hg2[c] hg2[e] hhlipa[c] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] ins[c] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] l2a6o[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_L[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malcoam[c] malt[c] malthp[c] malthx[c] maltpt[c] malttr[c] maltttr[c] man1p[c] man6p[c] meoh[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mmcoa_R[c] mn2[c] mn2[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n2[c] n2[e] n2o[c] n2o[e] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] no2[c] no2[e] no3[c] no3[e] no[c] no[e] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oazur[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pmACP[c] pmACPm[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] prfp[c] prlp[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydx5p[c] pydx[c] pydxn[c] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] razur[c] rdmbzi[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] scl[c] ser_L[c] ser_L[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] succ[c] succ[e] succoa[c] sucgsa[c] suchms[c] sucorn[c] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] tsul[c] tsul[e] ttdca[c] ttdca[e] ttdcea[c] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xyllac_D[c] xylt_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DDPENTHL 2ddpent[c] -> 25dop[c] + h2o[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HACPR1 3hgACPm[c] -> egACPm[c] + h2o[c] 3HACPR2 3hpACPm[c] -> epACPm[c] + h2o[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M11 10m3hundecACP[c] -> 10mtundec2eACP[c] + h2o[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD12M13 12m3htridecACP[c] -> 12mttritec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD14M15 14m3hpentdecACP[c] -> 14mtpentdec2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M5 4m3hpentACP[c] -> 4mtpent2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M7 6m3hheptACP[c] -> 6mthept2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD8M9 8m3hnonACP[c] -> 8mtnon2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBBUTH 3hbbut[c] + h2o[c] <=> 2 bhb[c] + h[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HBCOAOX 3hbcoa_R[c] + nadp[c] <=> aacoa[c] + h[c] + nadph[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3OAACPR1 3ogACPm[c] + h[c] + nadph[c] -> 3hgACPm[c] + nadp[c] 3OAACPR2 3opACPm[c] + h[c] + nadph[c] -> 3hpACPm[c] + nadp[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB14LACH ab14lac_L[c] + h2o[c] <=> arabt_L[c] + h[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD1 meoh[c] + nad[c] <=> fald[c] + h[c] + nadh[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD1 fald[c] + h2o[c] + nad[c] -> for[c] + 2 h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAH alltt[c] + h2o[c] <=> urdglyc[c] + urea[c] ALLTNRS 5hxudidzcba[c] + h[c] -> alltn_R[c] + co2[c] ALLTNS 5hxudidzcba[c] + h[c] -> alltn[c] + co2[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPSO3OX amp[c] + fad[c] + 2 h[c] + so3[c] <=> aps[c] + fadh2[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANOX arab_L[c] + nad[c] <=> ab14lac_L[c] + h[c] + nadh[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOBUTDs 2aobut[c] + h[c] -> aact[c] + co2[c] AOXHEXCYCL 6a2ohxnt[c] <=> 1pipdn2c[c] + h2o[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] AROH Largn[c] + h[c] -> co2[c] + h2o[c] + phe_L[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2_2 asp_L[e] + 2 h[e] <=> asp_L[c] + 2 h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBLAT atp[c] + cbl1[c] + h[c] <=> adocbl[c] + pppi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D4DGCD 5dh4dglc[c] + h[c] <=> 25dop[c] + co2[c] + h2o[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DDCAt ddca[e] <=> ddca[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHEDAA 24dhhed[c] -> pyr[c] + sucsal[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORDi dhor_S[c] + o2[c] -> h2o2[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKGLCNR1 25dkglcn[c] + h[c] + nadph[c] -> 2dhguln[c] + nadp[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DM_4HBA 4hba[c] -> DM_5DRIB 5drib[c] -> DM_AMOB amob[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_btn btn[c] -> DM_clpn140(c) clpn140[c] -> DM_clpn160(c) clpn160[c] -> DM_clpn180(c) clpn180[c] -> DM_clpni16(c) clpni16[c] -> DM_dad_5 dad_5[c] -> DM_kdo2lipid4L(c) kdo2lipid4L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EACPR1 egACPm[c] + h[c] + nadph[c] -> gACPm[c] + nadp[c] EACPR2 epACPm[c] + h[c] + nadph[c] -> nadp[c] + pmACPm[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA_R 2ddg6p[c] <=> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_HC00319(e) HC00319[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_ac(e) ac[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_ddca(e) ddca[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galur(e) galur[e] <=> EX_gcald(e) gcald[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_n2(e) n2[e] <=> EX_n2o(e) n2o[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no(e) no[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_oxa(e) oxa[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FMNRx2 fmn[c] + h[c] + nadph[c] -> fmnh2[c] + nadp[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt fum[c] <=> fum[e] FUMt2_2 fum[e] + 2 h[e] -> fum[c] + 2 h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G15LACH g15lac[c] + h2o[c] <=> glcn[c] + h[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PCT ctp[c] + g1p[c] + h[c] <=> cdpglc[c] + ppi[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GACPCD gACPm[c] + h[c] + malACP[c] -> 3opACPm[c] + ACP[c] + co2[c] GALACt galct_D[e] + h[e] <=> galct_D[c] + h[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTND galctn_D[c] -> 2dh3dgal[c] + h2o[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALURt2r galur[c] + h[c] <=> galur[e] + h[e] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GCALDD gcald[c] + h2o[c] + nad[c] -> glyclt[c] + 2 h[c] + nadh[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNOXy glcn[c] + nadp[c] <=> 2dhglcn[c] + h[c] + nadph[c] GLCRD glcr[c] -> 5dh4dglc[c] + h2o[c] GLCRHL glcr[c] -> 2dh3dglc[c] + h2o[c] GLCRt2 glcr[e] + h[e] <=> glcr[c] + h[c] GLCS3 adpglc[c] + glycogenb[c] <=> adp[c] + glycogen[c] GLCURt2r glcur[e] + h[e] <=> glcur[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXCL 2 glx[c] + h[c] -> 2h3oppan[c] + co2[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRD 2 gthrd[c] + nadp[c] <=> gthox[c] + h[c] + nadph[c] GTHS atp[c] + glucys[c] + gly[c] -> adp[c] + gthrd[c] + h[c] + pi[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] H2td h2[c] <=> h2[e] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDCAtr hdca[e] <=> hdca[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEPT1 adphep_LD[c] + lipa[c] -> adp[c] + h[c] + hlipa[c] HEPT2 adphep_LD[c] + hlipa[c] -> adp[c] + h[c] + hhlipa[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXSabc atp[c] + h2o[c] + hexs[e] -> adp[c] + h[c] + hexs[c] + pi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HHDDI 2hh24dd[c] <=> 2ohed[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISTD h2o[c] + histd[c] + 2 nad[c] -> 3 h[c] + his_L[c] + 2 nadh[c] HISTDOX histd[c] + nad[c] <=> h[c] + histl_L[c] + nadh[c] HISTLOX h2o[c] + histl_L[c] + nad[c] -> 2 h[c] + his_L[c] + nadh[c] HISTP h2o[c] + hisp[c] -> histd[c] + pi[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HKYNH h2o[c] + hLkynr[c] -> 3hanthrn[c] + ala_L[c] HKt atp[c] + h2o[c] + k[e] -> adp[c] + h[e] + k[c] + pi[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGL hmgcoa[c] -> acac[c] + accoa[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HPYRI hpyr[c] <=> 2h3oppan[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSST hom_L[c] + succoa[c] -> coa[c] + suchms[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXAND h2o[c] + hxan[c] + nad[c] -> h[c] + nadh[c] + xan[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYXNt hxan[e] <=> hxan[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> a...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.014177 datp[c] + 0.017863 dctp[c] + 0.017863 dgtp[c] + dnarep[c] + 0.014177 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.4846 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12ethd[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 12ppd_R[c] 12ppd_S[c] 12ppd_S[e] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15dap[e] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p2cbxl[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhb[c] 23dhba[c] 23dhmb[c] 23dhmp[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2ddglcn[e] 2dh3dgal6p[c] 2dh3dgal[c] 2dh3dglc[c] 2dhglcn[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2kmb[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3a2opp[c] 3aib[c] 3aib_D[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3cmuc[c] 3dhgulnp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hcinnm[e] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hphac[c] 3hphac[e] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_D[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5drib[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mdr1p[c] 5mdru1p[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00319[c] HC00695[c] HC00955[c] HC01104[c] HC01231[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] HC02121[c] L2aadp6sa[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Sfglutth[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aact[c] ab14lac_L[c] ab6p3hxl[c] abt_D[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] altrn[c] amet[c] ametam[c] amob[c] amopbut_L[c] amp[c] anth[c] ap4a[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] ara5p[c] arab_D[c] arab_L[c] arab_L[e] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb6p[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] bhb[e] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_RR[e] btd_SS[c] btn[c] btn_co2[c] but2eACP[c] butACP[c] but[c] but[e] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] chols[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cobya[c] colipa[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cynt[e] cys_L[c] cys_L[e] cysam[c] cyst_L[c] cytd[c] cytd[e] d5kg[c] d5kgp[c] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhea[c] dheas[c] dhf[c] dhlam[c] dhlpro[c] dhmtp[c] dhna[c] dhnpt[c] dhor_S[c] dhpmp[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] diact[c] diact[e] din[c] din[e] dkdi[c] dkmpp[c] dma[c] dmbzid[c] dmlarg[c] dmlz[c] dmphqno[c] dmpp[c] dms[c] dmso[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4aaddg[c] dtdp4addg[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fc1p[c] fcl_L[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fruur[c] fuc1p_L[c] fuc1p_L[e] fuc_L[c] fuc_L[e] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p[e] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] gal[e] galct_D[c] galct_D[e] galctn_D[c] galctn_D[e] galt1p[c] galt[e] galur[c] galur[e] gam1p[c] gam6p[c] gam[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] glcr[c] glcr[e] glcur[c] glcur[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glucys[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gsn[e] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gtspmd[c] gua[c] gua[e] h2[c] h2[e] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdca[e] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkmpp[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgth[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hqn[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo8p[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac6p[c] lac_D[c] lac_D[e] lac_L[c] lac_L[e] lald_D[c] lald_L[c] lanost[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man6p[c] man6p[e] man[c] man[e] mana[c] mantr[c] mbdg[c] mcrea[c] melib[c] melib[e] melt[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_R[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nforglu[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] np2msucc[c] np2msucccoa[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] ocmhmxbq[c] octa[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] oxur[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pacald[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg120[c] pg140[c] pg141[c] pg160[c] pg161[c] pg180[c] pg181[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] pnto_R[e] ppa[c] ppa[e] ppaca[c] ppal[c] ppap[c] ppbng[c] ppcoa[c] ppgpp[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pppn[e] pqq[c] pqqh2[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre8[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_D[c] pro_L[c] pro_L[e] prodslfd[c] prodthl[c] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quint[c] quln[c] r1p[c] r5p[c] raffin[c] raffin[e] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rbt[c] rdmbzi[c] retinal[c] retinol[c] retn[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rml[c] rmn[c] rmn[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srbL1p[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] stys[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] sucglu[c] sucgsa[c] suchms[c] sucorn[c] sucr[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tagur[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thp2c[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] thymd[e] tma[c] tma[e] tmao[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdca[e] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylu_D[c] xylu_L[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12PPDt 12ppd_S[e] <=> 12ppd_S[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 25DOPOX 25dop[c] + h2o[c] + nadp[c] <=> akg[c] + 2 h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DH3DGLCA 2h3oppan[c] + pyr[c] <=> 2dh3dglc[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2OMMBOX 2ommb[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + ocmhmxbq[c] 2OMPHH 2omph[c] + o2[c] -> 2ombz[c] + h2o[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3HPPD 3hpp[c] + nad[c] <=> h[c] + msa[c] + nadh[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4C2HM6SADH 5cmhmsa[c] + h2o[c] + nad[c] -> 5cm2hmu[c] + 2 h[c] + nadh[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HOXPACDt2r 4hoxpacd[e] + h[e] <=> 4hoxpacd[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HPROI 4hpro_LT[c] <=> 4hpro_D[c] 4HPROOX 4hpro_D[c] + o2[c] -> 1p4h2cbxl[c] + h2o2[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5CM2HMUDI 5cm2hmu[c] <=> 5c2o3ed[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5DOAN dad_5[c] + h2o[c] -> 5drib[c] + ade[c] 5GLUP5T1 HC00955[c] + glu_L[c] + h[c] <=> HC01577[c] + h2o[c] 5GLUP5T2 HC00955[c] + glu_L[c] + 2 h[c] -> HC01700[c] + co2[c] + h2o[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] 6PHBG2 h2o[c] + salc6p[c] -> 2hymeph[c] + g6p_B[c] A5PISO ru5p_D[c] <=> ara5p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] AACTOOR aact[c] + h2o[c] + o2[c] -> h2o2[c] + mthgxl[c] + nh4[c] AADSACYCL L2aadp6sa[c] -> h2o[c] + h[c] + thp2c[c] AB14LACH ab14lac_L[c] + h2o[c] <=> arabt_L[c] + h[c] AB6PGH arbt6p[c] + h2o[c] -> g6p[c] + hqn[c] AB6PGH2 arbt6p[c] + h2o[c] -> g6p_B[c] + hqn[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTDG abt_D[c] + nad[c] <=> h[c] + nadh[c] + xylu_D[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] AC2DHOR fad[c] + glcn[c] -> 2dhglcn[c] + fadh2[c] ACACCTr aacoa[c] + ac[c] <=> acac[c] + accoa[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACPpds ACP[c] + h2o[c] -> apoACP[c] + h[c] + pan4p[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTD actn_R[c] + nad[c] -> diact[c] + h[c] + nadh[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACTNdiff actn_R[e] <=> actn_R[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADAD atp[c] + dcyt[c] <=> adp[c] + dcmp[c] + h[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADD ade[c] + h2o[c] + h[c] -> hxan[c] + nh4[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADMDCr amet[c] + h[c] <=> ametam[c] + co2[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AEPPT 2ameph[c] + pyr[c] -> ala_L[c] + ppaca[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGMT agm[c] + h2o[c] -> ptrc[c] + urea[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AGTi ala_L[c] + glx[c] -> gly[c] + pyr[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATA_L akg[c] + ala_L[c] <=> glu_L[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALDD8x glyald[c] + h2o[c] + nad[c] -> glyc_R[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTN alltn[c] + h2o[c] -> alltt[c] + h[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] ALTRH altrn[c] -> 2ddglcn[c] + h2o[c] AMALT1 malt[c] + malttr[c] -> glc_D[c] + maltttr[c] AMALT2 malt[c] + maltttr[c] -> glc_D[c] + maltpt[c] AMALT3 malt[c] + maltpt[c] -> glc_D[c] + malthx[c] AMALT4 malt[c] + malthx[c] -> glc_D[c] + malthp[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPDA amp[c] + h2o[c] + h[c] -> imp[c] + nh4[c] AMPN amp[c] + h2o[c] -> ade[c] + r5p[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AP4AH ap4a[c] + h2o[c] -> 2 adp[c] + 2 h[c] APATr ala_B[c] + pyr[c] <=> ala_L[c] + msa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] ARABDPT arab_D[c] + atp[c] <=> adp[c] + ara5p[c] + h[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARBabc arab_L[e] + atp[c] + h2o[c] -> adp[c] + arab_L[c] + h[c] + pi[c] ARBt2r arab_L[e] + h[e] <=> arab_L[c] + h[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGabc arg_L[e] + atp[c] + h2o[c] -> adp[c] + arg_L[c] + h[c] + pi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASCBPL ascb6p[c] + h2o[c] -> 3dhgulnp[c] + h[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNS2 asp_L[c] + atp[c] + nh4[c] -> amp[c] + asn_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPNH4L asp_L[c] + atp[c] + nh4[c] <=> adp[c] + asn_L[c] + h[c] + pi[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPabc asp_L[e] + atp[c] + h2o[c] -> adp[c] + asp_L[c] + h[c] + pi[c] ASPt2 asp_L[e] + h[e] -> asp_L[c] + h[c] ASPt2_3 asp_L[e] + 3 h[e] -> asp_L[c] + 3 h[c] AST arg_L[c] + succoa[c] -> coa[c] + h[c] + sucarg[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLA1 6pgg[c] + h2o[c] -> g6p[c] + glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BHBtp bhb[e] <=> bhb[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTDt1_RR btd_RR[c] <=> btd_RR[e] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUP2 3uib[c] + h2o[c] + 2 h[c] -> 3aib_D[c] + co2[c] + nh4[c] BUTCTr ac[c] + btcoa[c] <=> accoa[c] + but[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BUTt2 but[e] + h[e] -> but[c] + h[c] BZ12DOX bz[c] + h[c] + nadh[c] + o2[c] -> bz12diol[c] + nad[c] BZ12DOXy bz[c] + h[c] + nadph[c] + o2[c] -> bz12diol[c] + nadp[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CADVt 15dap[c] + h[e] + lys_L[e] <=> 15dap[e] + h[c] + lys_L[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMK atp[c] + co2[c] + nh4[c] -> adp[c] + cbp[c] + 2 h[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDAPPA120 cdpdddecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa120[c] CDAPPA140 cdpdtdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa140[c] CDAPPA141 cdpdtdec7eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa141[c] CDAPPA160 cdpdhdecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa160[c] CDAPPA161 cdpdhdec9eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa161[c] CDAPPA180 cdpdodecg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa180[c] CDAPPA181 cdpdodec11eg[c] + h2o[c] -> cmp[c] + 2 h[c] + pa181[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CELBpts cellb[e] + pep[c] -> 6pgg[c] + pyr[c] CELLBK atp[c] + cellb[c] -> 6pgg[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLSH chols[c] + h2o[c] -> chol[c] + h[c] + so4[c] CHOLTMAL chol[c] -> acald[c] + tma[c] CHORS 3psme[c] -> chor[c] + pi[c] CHRPL chor[c] -> 4hbz[c] + pyr[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CPPPGO2 2 amet[c] + cpppg3[c] -> 2 co2[c] + 2 dad_5[c] + 2 met_L[c] + pppg9[c] CS accoa[c] + h2o[c] + oaa[c] -> cit[c] + coa[c] + h[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYNTt2 cynt[e] + h[e] -> cynt[c] + h[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DACTt3 diact[c] + h[e] -> diact[e] + h[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPAH dctp[c] + 2 h2o[c] -> dump[c] + nh4[c] + ppi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDGALK 2dh3dgal[c] + atp[c] -> 2dh3dgal6p[c] + adp[c] + h[c] DDGLCNt2r 2ddglcn[e] + h[e] <=> 2ddglcn[c] + h[c] DDGLK 2ddglcn[c] + atp[c] -> 2ddg6p[c] + adp[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGA 4h2oglt[c] <=> glx[c] + pyr[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHBD 23ddhb[c] + nad[c] <=> 23dhb[c] + h[c] + nadh[c] DHBS 23dhb[c] + atp[c] + h[c] -> 23dhba[c] + ppi[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPDO 34dhpha[c] + o2[c] -> 5cmhmsa[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DKMPPD2 dhmtp[c] + o2[c] -> 2kmb[c] + for[c] + h[c] DKMPPD3 dkmpp[c] + h2o[c] -> dhmtp[c] + h[c] + pi[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMLARGAH dmlarg[c] + h2o[c] <=> citr_L[c] + dma[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DMSOR1 dmso[c] + mql8[c] -> dms[c] + h2o[c] + mqn8[c] DMSOR2 2dmmql8[c] + dmso[c] -> 2dmmq8[c] + dms[c] + h2o[c] DM_5DRIB 5drib[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dad_5 dad_5[c] -> DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DNTPPA ahdt[c] + h2o[c] -> dhpmp[c] + h[c] + ppi[c] DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] D_LACD 2 ficytC[c] + lac_D[c] -> 2 focytC[c] + 2 h[c] + pyr[c] D_LACt2 h[e] + lac_D[e] <=> h[c] + lac_D[c] D_PROHOX o2[c] + pro_D[c] -> 1p2cbxl[c] + h2o2[c] + h[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12ppd_S(e) 12ppd_S[e] <=> EX_15dap(e) 15dap[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2ddglcn(e) 2ddglcn[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_4hoxpacd(e) 4hoxpacd[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_actn_R(e) actn_R[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arab_L(e) arab_L[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_bhb(e) bhb[e] <=> EX_biomass(e) biomass[c] <=> EX_btd_RR(e) btd_RR[e] <=> EX_but(e) but[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cellb(e) cellb[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cynt(e) cynt[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_diact(e) diact[e] <=> EX_din(e) din[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_duri(e) duri[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_for(e) for[e] <=> EX_fru(e) fru[e] <=> EX_fuc1p_L(e) fuc1p_L[e] <=> EX_fuc_L(e) fuc_L[e] <=> EX_fum(e) fum[e] <=> EX_g6p(e) g6p[e] <=> EX_gal(e) gal[e] <=> EX_galct_D(e) galct_D[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_galt(e) galt[e] <=> EX_galur(e) galur[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_glcr(e) glcr[e] <=> EX_glcur(e) glcur[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gsn(e) gsn[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2(e) h2[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hdca(e) hdca[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_D(e) lac_D[e] <=> EX_lac_L(e) lac_L[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_man6p(e) man6p[e] <=> EX_melib(e) melib[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pi(e) pi[e] <=> EX_pnto_R(e) pnto_R[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pppn(e) pppn[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_raffin(e) raffin[e] <=> EX_rib_D(e) rib_D[e] <=> EX_rmn(e) rmn[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tma(e) tma[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_ttdca(e) ttdca[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_xyl_D(e) xyl_D[e] <=> EX_zn2(e) zn2[e] <=> F1PPt fuc1p_L[e] + 2 pi[c] <=> fuc1p_L[c] + 2 pi[e] FA80ACPHi h2o[c] + ocACP[c] -> ACP[c] + h[c] + octa[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FALDH2 hmgth[c] + nad[c] <=> Sfglutth[c] + h[c] + nadh[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCI fuc_L[c] <=> fcl_L[c] FCLK atp[c] + fcl_L[c] -> adp[c] + fc1p[c] + h[c] FCLPA fc1p[c] <=> dhap[c] + lald_L[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FHL for[c] + h[c] -> co2[c] + h2[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDO fdxrd[c] + nadp[c] -> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUCt2_1 2 fuc_L[e] + h[e] <=> 2 fuc_L[c] + h[c] FUM fum[c] + h2o[c]...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.012075 datp[c] + 0.019962 dctp[c] + 0.019962 dgtp[c] + dnarep[c] + 0.012075 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddpent[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2h3oppan[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hymeph[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5dgclur[c] 5dglcn[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] C11821[c] CE5656[c] HC01104[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] Lcyst[e] Lfmkynr[c] Lkynr[c] Lkynr[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmanap[c] acnam[c] acon_C[c] acon_T[c] aconm[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai17tca1[c] ai17tcaacgam[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] applp[c] aps[c] arab_D[c] arab_L[c] arabt_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btal[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholate[c] cholate[e] cholcoa[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmusa[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgchol[e] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dha[c] dhap[c] dhbpt[c] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gchola[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] hLkynr[c] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hlipa[c] hmbil[c] hmgcoa[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i15tca1[c] i15tcaacgam[c] i16tca1[c] i16tcaacgam[c] i17tca1[c] i17tcaacgam[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idon_L[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lanost[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mbdg[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mma[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mops[c] mops[e] mql8[c] mqn8[c] msa[c] mso3[c] mso3[e] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] ni2[c] ni2[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppaca[c] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] sulfac[e] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tchola[e] tcynt[c] td2coa[c] tdchola[e] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt4acam[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 25K5O2AI 25d5o2a[c] <=> 5odhf2a[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2INSD 2ins[c] -> dkdi[c] + h2o[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 33HPHACt2r 3hphac[e] + h[e] <=> 3hphac[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHAt2r 34dhpha[e] + h[e] <=> 34dhpha[c] + h[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HAO 3hanthrn[c] + o2[c] -> cmusa[c] + h[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPHACOX 3hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HP34DHPD 4hphac[c] + h[c] + nadh[c] + o2[c] -> 34dhpha[c] + h2o[c] + nad[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 4NTPPH2 HC01104[c] + h2o[c] -> h[c] + pi[c] + pnp[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5DGCLURI 5dgclur[c] <=> d5kg[c] 5DGLCNR 5dglcn[c] + h[c] + nadph[c] <=> glcn[c] + nadp[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6PHBG h2o[c] + salc6p[c] -> 2hymeph[c] + g6p[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTA 4abut[c] + akg[c] -> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ABUTt2r 4abut[e] + h[e] <=> 4abut[c] + h[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMK acgam[c] + atp[c] -> acgam6p[c] + adp[c] + h[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGAMtr2 acgam[e] + h[e] <=> acgam[c] + h[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONMT acon_T[c] + amet[c] -> aconm[c] + ahcys[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACTNDH actn_R[c] + coa[c] + nad[c] <=> acald[c] + accoa[c] + h[c] + nadh[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGMD agm[c] + h2o[c] -> ncptrc[c] + nh4[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALKP dhap[c] + h2o[c] -> dha[c] + pi[c] ALLTAH alltt[c] + h2o[c] <=> urdglyc[c] + urea[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARABTH arabt_L[c] <=> 2ddpent[c] + h2o[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BDH bhb[c] + nad[c] <=> acac[c] + h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITL cit[c] -> ac[c] + oaa[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSND csn[c] + h2o[c] + h[c] -> nh4[c] + ura[c] CSNt2 csn[e] + h[e] -> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTA akg[c] + cys_L[c] <=> glu_L[c] + mercppyr[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSTS_H2S cys_L[c] + hcys_L[c] -> cyst_L[c] + h2s[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] D5KGK atp[c] + d5kg[c] -> adp[c] + d5kgp[c] + h[c] D5KGPA d5kgp[c] -> dhap[c] + msa[c] DAAD ala_D[c] + fad[c] + h2o[c] -> fadh2[c] + nh4[c] + pyr[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAK atp[c] + dha[c] -> adp[c] + dhap[c] + h[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DKDID dkdi[c] + h2o[c] -> d5kg[c] + h[c] DKDID2 dkdi[c] + h2o[c] -> 5dgclur[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_2HYMEPH 2hymeph[c] -> DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH2 3hhcoa[c] <=> h2o[c] + hx2coa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDA 2ddg6p[c] -> g3p[c] + pyr[c] EDD 6pgc[c] -> 2ddg6p[c] + h2o[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHAt2 etha[e] + h[e] -> etha[c] + h[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_34dhpha(e) 34dhpha[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3hphac(e) 3hphac[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abut(e) 4abut[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_Lkynr[e] Lkynr[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_acgam(e) acgam[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_dgchol(e) dgchol[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_etha(e) etha[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fru(e) fru[e] <=> EX_fum(e) fum[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gcald(e) gcald[e] <=> EX_gchola(e) gchola[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_inulin(e) inulin[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_mops(e) mops[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdca(e) ocdca[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_rib_D(e) rib_D[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_tchola(e) tchola[e] <=> EX_tdchola(e) tdchola[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_tre(e) tre[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FAS140ACPrev ACP[c] + co2[c] + h2o[c] + myrsACP[c] + 2 nadp[c] -> ddcaACP[c] + 3 h[c] + malACP[c] + 2 nadph[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FKYNH Lfmkynr[c] + h2o[c] -> Lkynr[c] + for[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GCDCHOLBHSe dgchol[e] + h2o[e] -> C02528[e] + gly[e] + h[e] GCHOLBHSe gchola[e] + h2o[e] -> cholate[e] + gly[e] + h[e] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GFUCS gdpddman[c] + h[c] + nadph[c] -> gdpfuc[c] + nadp[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCDe glc_D[e] + h2o[e] + q8[c] -> glcn[e] + h[e] + q8h2[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GluForTx forglu[c] + h[c] + thf[c] -> 5forthf[c] + glu_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBCD hoacoa[c] + nad[c] -> 2 h[c] + nadh[c] + oxadpcoa[c] HBZOPT ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhcdchol[e] 3dhchol[e] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcinnm[c] 3hcinnm[e] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00695[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] HC02097[c] HC02098[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cechddd[c] cellb[c] cenchddd[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] cholcoa[c] chor[c] chor[e] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmusa[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galctn_D[c] galctn_D[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmppp9mme[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mbdg[c] melt[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mma[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mppp9mme[c] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxomppp9mme[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sarcs[c] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] sql[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylhl_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HAO 3hanthrn[c] + o2[c] -> cmusa[c] + h[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + h[c] -> adphep_DD[c] + ppi[c] GMHEPK atp[c] + gmhep7p[c] -> adp[c] + gmhep17bp[c] + h[c] GMHEPPA gmhep17bp[c] + h2o[c] -> gmhep1p[c] + pi[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTHRDt2 gthrd[e] -> gthrd[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAD gua[c] + h2o[c] + h[c] -> nh4[c] + xan[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt gua[e] <=> gua[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] GULLACO ascb_L[c] + h[c] <=> xylhl_L[c] GULLACOX gullac[c] + o2[c] -> h2o2[c] + xylhl_L[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + n...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.010002 datp[c] + 0.022033 dctp[c] + 0.022033 dgtp[c] + dnarep[c] + 0.010002 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12dgr180[c] 12dgr180[e] 12dhchol[e] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmq8[e] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hyoxplac[c] 2hyoxplac[e] 2ippm[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2obut[e] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhphe[c] 34dhphe[e] 34hpp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhcdchol[e] 3dhchol[e] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hanthrn[c] 3hbcoa[c] 3hbcoa_R[c] 3hcddec5eACP[c] 3hcinnm[c] 3hcinnm[e] 3hcmrs7eACP[c] 3hcpalm9eACP[c] 3hcvac11eACP[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3mb2coa[c] 3mbutACP[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3otdcoa[c] 3oxoadp[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5apentam[c] 5aprbu[c] 5apru[c] 5aptn[c] 5c2o3ed[c] 5dh4dglc[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] C02528[e] CE5656[c] HC00695[c] HC01231[c] HC01376[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] HC02097[c] HC02098[c] Largn[c] Lcyst[c] Lcyst[e] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acglu[c] achms[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn[e] alltt[c] alpro[c] amet[c] ametam[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_L[c] arg_L[c] arg_L[e] argsuc[c] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] butso3[e] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbmt[c] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cechddd[c] cellb[c] cenchddd[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholate[e] cholcoa[c] chor[c] chor[e] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] cmusa[c] co1dam[c] co2[c] co2[e] co2dam[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre5b[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cynt[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dvprotochloroph[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] ethso3[c] ethso3[e] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g1p_B[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galct_D[c] galctn_D[c] galctn_D[e] gam1p[c] gam6p[c] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hexs[e] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hmppp9mme[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] ins[c] ins[e] ipdcoa[c] ipdp[c] isetac[c] isetac[e] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_L[c] malcoa[c] malt[c] malt[e] malthx[c] malthx[e] malttr[c] malttr[e] man1p[c] man6p[c] man[c] man[e] mbdg[c] melt[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mma[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mops[c] mops[e] mppp9mme[c] mql8[c] mqn8[c] mqn8[e] msa[c] mso3[c] mso3[e] mthgxl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] nmn[e] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] ocdcea[e] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxomppp9mme[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pppn[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptrc[e] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8[e] q8h2[c] quln[c] r1p[c] r5p[c] rb15bp[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] sarcs[c] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] seln[c] selnp[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] sql[c] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucsal[c] sulfac[c] sulfac[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] tartr_L[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thrp[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttc_ggdp[c] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] ura[e] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylhl_L[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 12aHSDHe cholate[e] + nad[c] <=> 12dhchol[e] + h[c] + nadh[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 26DAPLLAT 26dap_LL[c] + akg[c] <=> glu_L[c] + h2o[c] + h[c] + thdp[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2DMMQ8abc 2dmmq8[e] + atp[c] + h2o[c] -> 2dmmq8[c] + adp[c] + h[c] + pi[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HYOXPLACt2r 2hyoxplac[e] + h[e] <=> 2hyoxplac[c] + h[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 2MECOAOX 2mbcoa[c] + fad[c] <=> 2mb2coa[c] + fadh2[c] 2OBUTt2r 2obut[e] + h[e] <=> 2obut[c] + h[c] 34DCCBR 34dhb[c] + o2[c] <=> 3cmuc[c] + 2 h[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 34DHPHEt2 34dhphe[e] + h[e] -> 34dhphe[c] + h[c] 34HPPOR 34hpp[c] + o2[c] -> co2[c] + hgentis[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD100 3hdecACP[c] -> h2o[c] + tdec2eACP[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD120 3hddecACP[c] -> h2o[c] + tddec2eACP[c] 3HAD121 3hcddec5eACP[c] -> h2o[c] + t3c5ddeceACP[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD140 3hmrsACP[c] -> h2o[c] + tmrs2eACP[c] 3HAD141 3hcmrs7eACP[c] -> h2o[c] + t3c7mrseACP[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD160 3hpalmACP[c] -> h2o[c] + tpalm2eACP[c] 3HAD161 3hcpalm9eACP[c] -> h2o[c] + t3c9palmeACP[c] 3HAD180 3hoctaACP[c] -> h2o[c] + toctd2eACP[c] 3HAD181 3hcvac11eACP[c] -> h2o[c] + t3c11vaceACP[c] 3HAD40 3haACP[c] -> but2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD60 3hhexACP[c] -> h2o[c] + thex2eACP[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD80 3hoctACP[c] -> h2o[c] + toct2eACP[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3HAO 3hanthrn[c] + o2[c] -> cmusa[c] + h[c] 3HBCOAE 3hbcoa[c] <=> 3hbcoa_R[c] 3HBCOAHL 3hibutcoa[c] + h2o[c] -> 3hmp[c] + coa[c] + h[c] 3HCINNMH 3hcinnm[c] + h[c] + nadh[c] + o2[c] -> dhcinnm[c] + h2o[c] + nad[c] 3HCINNMt2r 3hcinnm[e] + h[e] <=> 3hcinnm[c] + h[c] 3HLYTCL 34dhphe[c] + h[c] -> co2[c] + dopa[c] 3HPCOAHYD 3hpcoa[c] + h2o[c] -> 3hpp[c] + coa[c] + h[c] 3HPPPNH 3hpppn[c] + h[c] + nadh[c] + o2[c] -> dhpppn[c] + h2o[c] + nad[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 3OXCOAT coa[c] + oxadpcoa[c] -> accoa[c] + succoa[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZCL 4hbz[c] + h[c] <=> co2[c] + phenol[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5C2O3EDDC 5c2o3ed[c] + h[c] -> 2hh24dd[c] + co2[c] 5HLTDL 5htrp[c] + h[c] -> co2[c] + srtn[c] 5HTRPt2 5htrp[e] + h[e] -> 5htrp[c] + h[c] 5HXKYNDCL 5hxkyn[c] + h[c] -> 5hxkynam[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS6 ACP[c] + atp[c] + ocdca[c] -> amp[c] + ocdcaACP[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTAr 4abut[c] + akg[c] <=> glu_L[c] + sucsal[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACALD acald[c] + coa[c] + nad[c] <=> accoa[c] + h[c] + nadh[c] ACALDt acald[e] <=> acald[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGK acglu[c] + atp[c] -> acg5p[c] + adp[c] ACGS accoa[c] + glu_L[c] -> acglu[c] + coa[c] + h[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD1fi btcoa[c] + fad[c] -> b2coa[c] + fadh2[c] ACOAD2 h[c] + hx2coa[c] + nadh[c] <=> hxcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOAD3rev h[c] + nadh[c] + oc2coa[c] -> nad[c] + occoa[c] ACOAD4rev dc2coa[c] + h[c] + nadh[c] -> dcacoa[c] + nad[c] ACOAD5rev dd2coa[c] + h[c] + nadh[c] -> ddcacoa[c] + nad[c] ACOAD6rev h[c] + nadh[c] + td2coa[c] -> nad[c] + tdcoa[c] ACOAD7i h[c] + hdd2coa[c] + nadh[c] -> nad[c] + pmtcoa[c] ACOAD8 fad[c] + ivcoa[c] <=> 3mb2coa[c] + fadh2[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACt2r ac[e] + h[e] <=> ac[c] + h[c] ADA adn[c] + h2o[c] + h[c] -> ins[c] + nh4[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCPS1 adcobhex[c] + appl[c] + atp[c] -> adocbi[c] + adp[c] + h[c] + pi[c] ADCPS2 adcobhex[c] + applp[c] + atp[c] -> adocbip[c] + adp[c] + h[c] + pi[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADCYRS adcobdam[c] + 4 atp[c] + 4 gln_L[c] + 4 h2o[c] -> adcobhex[c] + 4 adp[c] + 4 glu_L[c] + 4 h[c] + 4 pi[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGMHE adphep_DD[c] -> adphep_LD[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AGPR acg5sa[c] + nadp[c] + pi[c] <=> acg5p[c] + h[c] + nadph[c] AHC ahcys[c] + h2o[c] <=> adn[c] + hcys_L[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHEXASE3 chtbs[c] + h2o[c] <=> 2 acgam[c] AHSERL2 achms[c] + h2s[c] -> ac[c] + h[c] + hcys_L[c] AHSERL3 achms[c] + trdrd[c] + tsul[c] <=> ac[c] + h[c] + hcys_L[c] + so3[c] + trdox[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAR ala_L[c] <=> ala_D[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALLTAMH2 alltt[c] + h2o[c] + 2 h[c] -> co2[c] + nh4[c] + urdgly[c] ALLTNt2r alltn[e] + h[e] <=> alltn[c] + h[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMID 4gudbd[c] + h2o[c] -> 4gubut[c] + nh4[c] AMID2 h2o[c] + pad[c] -> nh4[c] + pac[c] AMID4 ad[c] + h2o[c] -> ac[c] + nh4[c] AMID5 aa[c] + h2o[c] -> acryl[c] + nh4[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] AMPt2 amp[e] + h[e] -> amp[c] + h[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APENTAMAH 5apentam[c] + h2o[c] -> 5aptn[c] + nh4[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARGDA arg_L[c] + h2o[c] -> citr_L[c] + nh4[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSS asp_L[c] + atp[c] + citr_L[c] -> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2r arg_L[e] + h[e] <=> arg_L[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNS1 asp_L[c] + atp[c] + gln_L[c] + h2o[c] -> amp[c] + asn_L[c] + glu_L[c] + h[c] + ppi[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPO1 asp_L[c] + h2o[c] + o2[c] -> h2o2[c] + nh4[c] + oaa[c] ASPO5 asp_L[c] + fum[c] -> h[c] + iasp[c] + succ[c] ASPO6 asp_L[c] + o2[c] -> h2o2[c] + h[c] + iasp[c] ASPO7 asp_L[c] + fmn[c] -> fmnh2[c] + h[c] + iasp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPPRT atp[c] + prpp[c] -> ppi[c] + prbatp[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BGLA cellb[c] + h2o[c] -> 2 glc_D[c] BGLAr cellb[c] + h2o[c] <=> 2 glc_bD[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BSORx btnso[c] + h[c] + nadh[c] -> btn[c] + h2o[c] + nad[c] BSORy btnso[c] + h[c] + nadph[c] -> btn[c] + h2o[c] + nadp[c] BTDD_RR btd_RR[c] + nad[c] <=> actn_R[c] + h[c] + nadh[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTSO3abc atp[c] + butso3[e] + h2o[c] -> adp[c] + butso3[c] + h[c] + pi[c] BZAMAH bzam[c] + h2o[c] -> bz[c] + nh4[c] BZDIOLDH bz12diol[c] + nad[c] -> catechol[c] + co2[c] + h[c] + nadh[c] CA3aHSDHe cholate[e] + nad[c] <=> 3dhchol[e] + h[c] + nadh[c] CATDOX catechol[c] + o2[c] -> ccmuac[c] + h[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBMTHL cynt[c] + h2o[c] -> cbmt[c] CBMTHL2 cbmt[c] + 2 h[c] <=> co2[c] + nh4[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CD2t6r cd2[c] + h[e] + k[e] <=> cd2[e] + h[c] + k[c] CDCA3aHSDHe C02528[e] + nad[c] <=> 3dhcdchol[e] + h[c] + nadh[c] CDOSKT ckdo[c] + kdolipid4[c] <=> cmp[c] + h[c] + kdo2lipid4[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CHORt chor[e] + h[e] <=> chor[c] + h[c] CITL cit[c] -> ac[c] + oaa[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] COCHL atp[c] + cobalt2[c] + h2o[c] + hgbam[c] -> adp[c] + co2dam[c] + 3 h[c] + pi[c] CPC2MT amet[c] + copre2[c] -> ahcys[c] + copre3[c] + h[c] CPC3MT amet[c] + copre3[c] -> ahcys[c] + copre4[c] CPC4MT amet[c] + copre4[c] -> ahcys[c] + copre5[c] + h[c] CPC5MT1 copre5[c] + h2o[c] -> acald[c] + copre5b[c] + h[c] CPC6MT 2 amet[c] + codhpre6[c] -> 2 ahcys[c] + co2[c] + copre8[c] + h[c] CPC6R copre6[c] + h[c] + nadph[c] -> codhpre6[c] + nadp[c] CPC8MM copre8[c] <=> cobya[c] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CSNt6 csn[e] + h[e] <=> csn[c] + h[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYO1b 2 focytC[c] + 2 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] CYOO3 2 focytC[c] + 6 h[c] + 0.5 o2[c] -> 2 ficytC[c] + h2o[c] + 4 h[e] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYRDAAT atp[c] + co1dam[c] + h[c] -> adcobdam[c] + pppi[c] CYRDAR 2 co2dam[c] + nadh[c] -> 2 co1dam[c] + h[c] + nad[c] CYRDAS 2 atp[c] + cobya[c] + 2 gln_L[c] + h2o[c] -> 2 adp[c] + co2dam[c] + 2 glu_L[c] + h[c] + ppi[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTGL cyst_L[c] + h2o[c] -> 2obut[c] + cys_L[c] + nh4[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSTS2 h2s[c] + ser_L[c] -> cys_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Coabc atp[c] + cobalt2[e] + h2o[c] -> adp[c] + cobalt2[c] + h[c] + pi[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADA dad_2[c] + h2o[c] + h[c] -> din[c] + nh4[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDA h2o[c] + n6all26d[c] <=> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPabc 26dap_M[e] + atp[c] + h2o[c] -> 26dap_M[c] + adp[c] + h[c] + pi[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCTPD dctp[c] + h2o[c] + h[c] -> dutp[c] + nh4[c] DCTPD2 ctp[c] + h2o[c] + h[c] -> nh4[c] + utp[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHCIND cenchddd[c] + nad[c] -> dhcinnm[c] + h[c] + nadh[c] DHCINDO dhcinnm[c] + o2[c] -> h[c] + hkntd[c] DHCINNMt2r dhcinnm[e] + h[e] <=> dhcinnm[c] + h[c] DHDPRy 23dhdp[c] + h[c] + nadph[c] -> nadp[c] + thdp[c] DHDPRyr 23dhdp[c] + h[c] + nadph[c] <=> nadp[c] + thdp[c] DHDPS aspsa[c] + pyr[c] -> 23dhdp[c] + 2 h2o[c] + h[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOPT dhna[c] + phyldpp[c] <=> co2[c] + dmphqno[c] + h[c] + ppi[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAOT4 dhna[c] + h[c] + octdp[c] -> 2dmmql8[c] + co2[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPD cechddd[c] + nad[c] -> dhpppn[c] + h[c] + nadh[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPPNt2r dhpppn[e] + h[e] <=> dhpppn[c] + h[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMPPS h2mb4p[c] + h[c] + nadh[c] -> dmpp[c] + h2o[c] + nad[c] DMPPS2r h2mb4p[c] + h[c] + nadph[c] <=> dmpp[c] + h2o[c] + nadp[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DOPAt2 dopa[c] + h[c] -> dopa[e] + h[e] DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBabc atp[c] + drib[e] + h2o[c] -> adp[c] + drib[c] + h[c] + pi[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] DXPRIr dxyl5p[c] + h[c] + nadph[c] <=> 2me4p[c] + nadp[c] DXPS g3p[c] + h[c] + pyr[c] -> co2[c] + dxyl5p[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR100y h[c] + nadph[c] + tdec2eACP[c] -> dcaACP[c] + nadp[c] EAR10M11 10mtundec2eACP[c] + h[c] + nadph[c] -> 10mundecACP[c] + nadp[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12 10mtddec2eACP[c] + h[c] + nadph[c] -> 10mddcaACP[c] + nadp[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12 11mtddec2eACP[c] + h[c] + nadph[c] -> 11mddcaACP[c] + nadp[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR120y h[c] + nadph[c] + tddec2eACP[c] -> ddcaACP[c] + nadp[c] EAR12M13 12mttritec2eACP[c] + h[c] + nadph[c] -> 12mtridecACP[c] + nadp[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14 12mtmrs2eACP[c] + h[c] + nadph[c] -> 12mmyrsACP[c] + nadp[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14 13mtmrs2eACP[c] + h[c] + nadph[c] -> 13mmyrsACP[c] + nadp[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR140y h[c] + nadph[c] + tmrs2eACP[c] -> myrsACP[c] + nadp[c] EAR14M15 14mtpentdec2eACP[c] + h[c] + nadph[c] -> 14mpentdecACP[c] + nadp[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16 14mtpalm2eACP[c] + h[c] + nadph[c] -> 14mpalmACP[c] + nadp[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16 15mtpalm2eACP[c] + h[c] + nadph[c] -> 15mpalmACP[c] + nadp[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR160y h[c] + nadph[c] + tpalm2eACP[c] -> nadp[c] + palmACP[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR180y h[c] + nadph[c] + toctd2eACP[c] -> nadp[c] + ocdcaACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR40y but2eACP[c] + h[c] + nadph[c] -> butACP[c] + nadp[c] EAR4M5 4mtpent2eACP[c] + h[c] + nadph[c] -> 4mpentACP[c] + nadp[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6 4mthex2eACP[c] + h[c] + nadph[c] -> 4mhexACP[c] + nadp[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6 5mthex2eACP[c] + h[c] + nadph[c] -> 5mhexACP[c] + nadp[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR60y h[c] + nadph[c] + thex2eACP[c] -> hexACP[c] + nadp[c] EAR6M7 6mthept2eACP[c] + h[c] + nadph[c] -> 6mheptACP[c] + nadp[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8 6mtoct2eACP[c] + h[c] + nadph[c] -> 6mocACP[c] + nadp[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8 7mtoct2eACP[c] + h[c] + nadph[c] -> 7mocACP[c] + nadp[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR80y h[c] + nadph[c] + toct2eACP[c] -> nadp[c] + ocACP[c] EAR8M10 8mtdec2eACP[c] + h[c] + nadph[c] -> 8mdcaACP[c] + nadp[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9 8mtnon2eACP[c] + h[c] + nadph[c] -> 8mnonACP[c] + nadp[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10 9mtdec2eACP[c] + h[c] + nadph[c] -> 9mdcaACP[c] + nadp[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] ECOAH1 3hbcoa[c] <=> b2coa[c] + h2o[c] ECOAH12 2mp2coa[c] + h2o[c] -> 3hibutcoa[c] ECOAH3 3hocoa[c] <=> h2o[c] + oc2coa[c] ECOAH4 3hdcoa[c] <=> dc2coa[c] + h2o[c] ECOAH5 3hddcoa[c] <=> dd2coa[c] + h2o[c] ECOAH6 3htdcoa[c] <=> h2o[c] + td2coa[c] ECOAH7 3hhdcoa[c] <=> h2o[c] + hdd2coa[c] ECOAH9 2mb2coa[c] + h2o[c] <=> 3hmbcoa[c] EDTXS1 ddcaACP[c] + kdo2lipid4[c] -> ACP[c] + kdo2lipid4L[c] EDTXS2 kdo2lipid4L[c] + myrsACP[c] -> ACP[c] + lipa[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] ETHSO3abc atp[c] + ethso3[e] + h2o[c] -> adp[c] + ethso3[c] + h[c] + pi[c] ETOHt etoh[e] <=> etoh[c] EX_12dgr180(e) 12dgr180[e] <=> EX_12dhchol(e) 12dhchol[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_2dmmq8(e) 2dmmq8[e] <=> EX_2hyoxplac(e) 2hyoxplac[e] <=> EX_2obut(e) 2obut[e] <=> EX_34dhphe(e) 34dhphe[e] <=> EX_3dhcdchol(e) 3dhcdchol[e] <=> EX_3dhchol(e) 3dhchol[e] <=> EX_3hcinnm(e) 3hcinnm[e] <=> EX_3hpppn(e) 3hpppn[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_5htrp(e) 5htrp[e] <=> EX_C02528(e) C02528[e] <=> EX_Lcyst(e) Lcyst[e] <=> EX_ac(e) ac[e] <=> EX_acald(e) acald[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_alltn(e) alltn[e] <=> EX_amp(e) amp[e] <=> EX_arg_L(e) arg_L[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_butso3(e) butso3[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_cholate(e) cholate[e] <=> EX_chor(e) chor[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_csn(e) csn[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dhcinnm(e) dhcinnm[e] <=> EX_dhpppn(e) dhpppn[e] <=> EX_dopa(e) dopa[e] <=> EX_drib(e) drib[e] <=> EX_ethso3(e) ethso3[e] <=> EX_etoh(e) etoh[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fol(e) fol[e] <=> EX_for(e) for[e] <=> EX_fum(e) fum[e] <=> EX_galctn_D(e) galctn_D[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glyc3p(e) glyc3p[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gthrd(e) gthrd[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hexs(e) hexs[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_hista(e) hista[e] <=> EX_hxan(e) hxan[e] <=> EX_ile_L(e) ile_L[e] <=> EX_ind3ac(e) ind3ac[e] <=> EX_ins(e) ins[e] <=> EX_isetac(e) isetac[e] <=> EX_k(e) k[e] <=> EX_lac_L(e) lac_L[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_malt(e) malt[e] <=> EX_malthx(e) malthx[e] <=> EX_malttr(e) malttr[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mops(e) mops[e] <=> EX_mqn8(e) mqn8[e] <=> EX_mso3(e) mso3[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_nmn(e) nmn[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_ocdcea(e) ocdcea[e] <=> EX_orn(e) orn[e] <=> EX_pac(e) pac[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_pyr(e) pyr[e] <=> EX_q8(e) q8[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_sheme(e) sheme[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_srtn(e) srtn[e] <=> EX_succ(e) succ[e] <=> EX_sulfac(e) sulfac[e] <=> EX_taur(e) taur[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_trp_L(e) trp_L[e] <=> EX_trypta(e) trypta[e] <=> EX_tsul(e) tsul[e] <=> EX_tym(e) tym[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_zn2(e) zn2[e] <=> F6PE4PL f6p[c] + pi[c] -> actp[c] + e4p[c] + h2o[c] FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FDH2 for[c] + 3 h[c] + q8[c] -> co2[c] + 2 h[e] + q8h2[c] FDMO fmnh2[c] + isetac[c] + o2[c] -> fmn[c] + gcald[c] + h2o[c] + h[c] + so3[c] FDMO2 fmnh2[c] + mso3[c] + o2[c] -> fald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO3 ethso3[c] + fmnh2[c] + o2[c] -> acald[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO4 butso3[c] + fmnh2[c] + o2[c] -> btal[c] + fmn[c] + h2o[c] + h[c] + so3[c] FDMO5 fmnh2[c] + hexs[c] + o2[c] -> fmn[c] + h2o[c] + h[c] + hxal[c] + so3[c] FDMO6 fmnh2[c] + o2[c] + sulfac[c] -> fmn[c] + glx[c] + h2o[c] + h[c] + so3[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FMNRx fmn[c] + h[c] + nadh[c] -> fmnh2[c] + nad[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOLt fol[e] + h[e] <=> fol[c] + h[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt for[e] <=> for[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDOr fdxrd[c] + nadp[c] <=> fdxox[c] + h[c] + nadph[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFD 10fthf[c] + h2o[c] -> for[c] + h[c] + thf[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] FUMt2r fum[e] + h[e] <=> fum[c] + h[c] FXXRDO 3 fdxox[c] + 3 h2o[c] + h2s[c] <=> 3 fdxrd[c] + 2 h[c] + so3[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1PTT dttp[c] + g1p[c] + h[c] -> dtdpglu[c] + ppi[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G5SDr glu5p[c] + h[c] + nadph[c] <=> glu5sa[c] + nadp[c] + pi[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GALCTD galct_D[c] -> 5dh4dglc[c] + h2o[c] GALCTNt2r galctn_D[e] + h[e] <=> galctn_D[c] + h[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALT1 gicolipa[c] + udpg[c] -> gagicolipa[c] + h[c] + udp[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GART atp[c] + for[c] + gar[c] -> adp[c] + fgam[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCP glycogen[c] + pi[c] -> g1p[c] GLCTR1 icolipa[c] + udpg[c] -> gicolipa[c] + h[c] + udp[c] GLCTR2 gagicolipa[c] + udpg[c] -> ggagicolipa[c] + h[c] + udp[c] GLCTR3 ggagicolipa[c] + udpg[c] -> gggagicolipa[c] + h[c] + udp[c] GLCt2 glc_D[e] + h[e] -> glc_D[c] + h[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLGC atp[c] + g1p[c] + h[c] -> adpglc[c] + ppi[c] GLKKpppi glc_D[c] + pppi[c] -> g6p[c] + h[c] + ppi[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNabc atp[c] + gln_L[e] + h2o[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLU5K atp[c] + glu_L[c] -> adp[c] + glu5p[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUDy glu_L[c] + h2o[c] + nadp[c] <=> akg[c] + h[c] + nadph[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUN gln_L[c] + h2o[c] -> glu_L[c] + nh4[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUSy akg[c] + gln_L[c] + h[c] + nadph[c] -> 2 glu_L[c] + nadp[c] GLUTCOADH2 fad[c] + glutcoa[c] + h[c] -> b2coa[c] + co2[c] + fadh2[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLXS coa[c] + h[c] + mal_L[c] <=> accoa[c] + glx[c] + h2o[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYC3Pabc atp[c] + glyc3p[e] + h2o[c] -> adp[c] + glyc3p[c] + h[c] + pi[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCTO1 glyclt[c] + o2[c] -> glx[c] + h2o2[c] GLYCTO2 glyclt[c] + q8[c] -> glx[c] + q8h2[c] GLYCTO3 glyclt[c] + mqn8[c] -> glx[c] + mql8[c] GLYCTO4 2dmmq8[c] + glyclt[c] -> 2dmmql8[c] + glx[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMHEPAT atp[c] + gmhep1p[c] + ...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0030965 10fthf[c] + 0.0030965 2dmmq8[c] + 0.0030965 5mthf[c] + 0.0030965 ACP[c] + 0.025011 PGP[c] + 0.0030965 adocbl[c] + 0.42793 ala_L[c] + 0.0030965 amet[c] + 0.2467 arg_L[c] + 0.20083 asn_L[c] + 0.20083 asp_L[c] + 40.1102 atp[c] + 0.0030965 ca2[c] + 0.0030965 cl[c] + 0.010648 clpn180[c] + 0.010648 clpnai17[c] + 0.010648 clpni17[c] + 0.0030965 coa[c] + 0.0030965 cobalt2[c] + 0.025011 colipa[c] + 0.084104 ctp[c] + 0.0030965 cu2[c] + 0.076146 cys_L[c] + 0.0095418 datp[c] + 0.022493 dctp[c] + 0.022493 dgtp[c] + dnarep[c] + 0.0095418 dttp[c] + 0.0030965 fad[c] + 0.0030965 fe2[c] + 0.0030965 fe3[c] + 0.21909 gln_L[c] + 0.21909 glu_L[c] + 0.50987 gly[c] + 0.0030965 gthrd[c] + 0.13541 gtp[c] + 35.5403 h2o[c] + 0.079264 his_L[c] + 0.2418 ile_L[c] + 0.0030965 k[c] + 0.37539 leu_L[c] + 0.28544 lys_L[c] + 0.1278 met_L[c] + 0.0030965 mg2[c] + 0.0030965 mn2[c] + 0.0030965 mqn8[c] + 0.0030965 nad[c] + 0.0030965 nadp[c] + 0.010648 pe180[c] + 0.010648 peai17[c] + 0.010648 pei17[c] + 0.010648 pg180[c] + 0.010648 pgai17[c] + 0.010648 pgi17[c] + 0.15452 phe_L[c] + 0.0030965 pheme[c] + 0.18435 pro_L[c] + proteinsynth[c] + 0.0030965 ptrc[c] + 0.0030965 pydx5p[c] + 0.0030965 q8[c] + 0.0030965 ribflv[c] + rnatrans[c] + 0.17946 ser_L[c] + 0.0030965 sheme[c] + 0.0030965 so4[c] + 0.0030965 spmd[c] + 0.0030965 thf[c] + 0.0030965 thmpp[c] + 0.21107 thr_L[c] + 0.047202 trp_L[c] + 0.12068 tyr_L[c] + 0.025011 udcpdp[c] + 0.090832 utp[c] + 0.35223 val_L[c] + 0.0030965 zn2[c] -> 0.025011 PGPm1[c] + 40 adp[c] + 0.0030965 apoACP[c] + biomass[c] + 0.0030965 cbi[c] + 0.0030965 dmbzid[c] + 40 h[c] + 39.9969 pi[c] + 0.48459 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23ddhb[c] 23dhdp[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 24dhhed[c] 25aics[c] 25d5o2a[c] 25dhpp[c] 25dop[c] 26dap_LL[c] 26dap_M[c] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hh24dd[c] 2hmc[c] 2hyoxplac[c] 2hyoxplac[e] 2ins[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mcacn[c] 2mcit[c] 2me4p[c] 2mecdp[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohed[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhb[c] 34dhmald[c] 34dhoxpeg[c] 34dhpha[c] 34dhpha[e] 34dhphe[c] 34dhphe[e] 34hpp[c] 35cgmp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmuc[c] 3dhq[c] 3dhsk[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hcinnm[c] 3hcinnm[e] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3hpcoa[c] 3hphac[c] 3hphac[e] 3hpp[c] 3hpppn[c] 3hpppn[e] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mb2coa[c] 3mbutACP[c] 3mcat[c] 3mgcoa[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3oxoadp[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 4abut[c] 4abut[e] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4h2opntn[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hoxpacd[c] 4hoxpacd[e] 4hphac[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mlacac[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5c2o3ed[c] 5cm2hmu[c] 5cmhmsa[c] 5dgclur[c] 5forthf[c] 5fthf[c] 5htrp[c] 5htrp[e] 5hxkyn[c] 5hxkynam[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mtc[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5oxpro[c] 5pmev[c] 5prdmbz[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] HC00695[c] HC00955[c] HC01231[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01577[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01700[c] HC01710[c] L2aadp6sa[c] Largn[c] Lcyst[c] M00512[c] M01966[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] Ssq23epx[c] aa[c] aacald[c] aacoa[c] aact[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_S[c] actp[c] ad[c] adcobdam[c] adcobhex[c] ade[c] adhlam[c] adn[c] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adpglc[c] adphep_DD[c] adphep_LD[c] adprib[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alltn[c] alltn_R[c] alltt[c] alpro[c] amet[c] amob[c] amp[c] amp[e] anth[c] apoACP[c] apoC_Lys_btn[c] appl[c] applp[c] aps[c] arab_D[c] arab_L[c] arab_L[e] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] ascb_L[c] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biomass[c] btal[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] btnso[c] but2eACP[c] butACP[c] butso3[c] bz12diol[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] ccmuac[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cellb[c] cgly[c] cgly[e] chol[c] chol[e] cholate[c] cholcoa[c] chor[c] chtbs[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn180[c] clpnai17[c] clpni17[c] cmp[c] co1dam[c] co2[c] co2[e] co2dam[c] coF420[c] coF420h[c] coa[c] cobalt2[c] cobalt2[e] cobya[c] codhpre6[c] colipa[c] copre2[c] copre3[c] copre4[c] copre5[c] copre6[c] copre8[c] cpppg1[c] cpppg3[c] csn[c] csn[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] d5kg[c] d5kgp[c] dad_2[c] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgtp[c] dhap[c] dhcinnm[c] dhcinnm[e] dhdpacoa[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnpt[c] dhor_S[c] dhpppn[c] dhpppn[e] dhpt[c] dhptd[c] din[c] dkdi[c] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dopa[c] dopa[e] dpcoa[c] drib[c] drib[e] dscl[c] dtbt[c] dtdp4d6dg[c] dtdp4d6dm[c] dtdp[c] dtdpglu[c] dtdprmn[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] etha[e] ethamp[c] ethso3[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] fol[e] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] fum[e] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gagicolipa[c] gal1p[c] gal[c] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdpddman[c] gdpfuc[c] gdptp[c] gg4abut[c] ggagicolipa[c] ggbutal[c] ggdp[c] gggagicolipa[c] gicolipa[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5p[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutcoa[c] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc3p[e] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycogen[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmhep17bp[c] gmhep1p[c] gmhep7p[c] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gthrd[e] gtp[c] gua[c] gua[e] gullac[c] h2[c] h2mb4p[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hexs[c] hg2[c] hg2[e] hgbam[c] hgbyr[c] hgentis[c] hhlipa[c] his_L[c] his_L[e] hisp[c] hista[c] hista[e] histd[c] histl_L[c] hkndd[c] hkntd[c] hlipa[c] hmbil[c] hmgcoa[c] hoacoa[c] hom_L[c] hphhlipa[c] hpyr[c] hx2coa[c] hxal[c] hxan[c] hxan[e] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaglc[c] iasp[c] ibcoa[c] ichor[c] icit[c] icolipa[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] inost[c] ins[c] inulin[c] inulin[e] ipdcoa[c] ipdp[c] isetac[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo2lipid4L[c] kdo2lipid4[c] kdo[c] kdolipid4[c] kphphhlipa[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lanost[c] lcts[c] leu_L[c] leu_L[e] lgt_S[c] lipa[c] lipidA[c] lipidAds[c] lipidX[c] lpam[c] lpro[c] lys_L[c] lys_L[e] madg[c] malACP[c] mal_D[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[c] malt[e] malthp[c] malthx[c] malthx[e] maltpt[c] malttr[c] malttr[e] maltttr[c] man1p[c] man6p[c] man[c] man[e] mbdg[c] mcrea[c] melt[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mh4mpt[c] mi1p_D[c] mi3p_D[c] mi4p_D[c] micit[c] mlthf[c] mma[c] mmcoa_R[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[c] mnl[e] mql8[c] mqn8[c] msa[c] mso3[c] mtethnpn[c] mthgxl[c] mucl[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaglc[c] n6all26d[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] ncptrc[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] op4en[c] orn[c] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] oxglyc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pac[e] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe120[c] pe140[c] pe141[c] pe160[c] pe161[c] pe180[c] pe181[c] peai15[c] peai17[c] peamn[c] pei14[c] pei15[c] pei16[c] pei17[c] pep[c] peptmet_L[c] peptmetox_L[c] pg180[c] pgai17[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phaccoa[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phenol[c] phhlipa[c] phom[c] phphhlipa[c] phpyr[c] phthr[c] phyQ[c] phyldpp[c] phytn[c] pi[c] pi[e] plasmetha[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] pre3a[c] pre3b[c] pre4[c] pre5[c] pre6a[c] pre6b[c] pre8[c] prfp[c] prl45tca[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps120[c] ps140[c] ps141[c] ps160[c] ps161[c] ps180[c] ps181[c] psai15[c] psai17[c] psd5p[c] pser_L[c] psi14[c] psi15[c] psi16[c] psi17[c] ptrc[c] ptth[c] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] pyr[e] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] rml1p[c] rnam[c] rnatrans[c] ru5p_D[c] s17bp[c] s7p[c] s[c] saccrp_L[c] salc6p[c] salc[c] salcn[e] sarcs[c] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_L[c] ser_L[e] sheme[c] sheme[e] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so4[c] so4[e] spmd[c] spmd[e] srtn[c] srtn[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaglc[c] suc6p[c] sucarg[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] sulfac[c] tag6p_D[c] tagdp_D[c] tartr_L[c] tartr_M[c] taur[c] taur[e] tcynt[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[c] tre[e] trnaglu[c] trp_L[c] trp_L[e] trypta[c] trypta[e] tsul[c] tsul[e] ttdca[c] ttdcea[c] tym[c] tym[e] tyr_L[c] tyr_L[e] u23ga[c] u3aga[c] u3hga[c] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpgalfur[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] up4g[c] uppg3[c] ura[c] urate[c] urcan[c] urdgly[c] urdglyc[c] urea[c] urea[e] uri[c] utp[c] val_L[c] val_L[e] xan[c] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu1p_L[c] xu5p_D[c] xyl_D[c] xylhl_L[c] xylu_D[c] zn2[c] zn2[e] EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_ni2(e) ni2[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FORt2r for[e] + h[e] <=> for[c] + h[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRDPFT 2 frdp[c] -> dhsql[c] + 2 ppi[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALM1r glc_bD[c] <=> glc_D[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUOX 2 glu_L[c] + nadp[c] <=> akg[c] + gln_L[c] + h[c] + nadph[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHOXti3 gthox[e] -> gthox[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSNOOX 4hmsaclt[c] + 2 h[c] + nadh[c] + o2[c] <=> 4hmcachl[c] + co2[c] + h2o[c] + nad[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] ICHORT h2o[c] + ichor[c] -> 23ddhb[c] + pyr[c] IGPDH eig3p[c] -> h2o[c] + imacp[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] IND3ACt2r h[e] + ind3ac[e] <=> h[c] + ind3ac[c] INHINDH h2o[c] + ind3acam[c] -> ind3ac[c] + nh4[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_D lac_D[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LDH_D2 lac_D[c] + q8[c] -> pyr[c] + q8h2[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LLEUDr h2o[c] + leu_L[c] + nad[c] <=> 4mop[c] + h[c] + nadh[c] + nh4[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdcea[c] LPLIPAL2A180 2odecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdca[c] LPLIPAL2A181 2odec11eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ocdcea[c] LPLIPAL2E120 2agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL2E140 2agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL2E141 2agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL2E160 2agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL2E161 2agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL2E180 2agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL2E181 2agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL2G120 2agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL2G140 2agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL2G141 2agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL2G160 2agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL2G161 2agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL2G180 2agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL2G181 2agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LYSDC h[c] + lys_L[c] -> 15dap[c] + co2[c] LYSt2r h[e] + lys_L[e] <=> h[c] + lys_L[c] LYSt3 h[e] + lys_L[c] -> h[c] + lys_L[e] L_ILE3MR h2o[c] + ile_L[c] + nad[c] <=> 3mop[c] + h[c] + nadh[c] + nh4[c] L_LACD 2 ficytC[c] + lac_L[c] -> 2 focytC[c] + 2 h[c] + pyr[c] L_LACD2 lac_L[c] + q8[c] -> pyr[c] + q8h2[c] L_LACD3 lac_L[c] + mqn8[c] -> mql8[c] + pyr[c] L_LACt2r h[e] + lac_L[e] <=> h[c] + lac_L[c] L_VALMOD h2o[c] + nad[c] + val_L[c] <=> 3mob[c] + h[c] + nadh[c] + nh4[c] M1PD mnl1p[c] + nad[c] <=> f6p[c] + h[c] + nadh[c] MACCOAT 2maacoa[c] + coa[c] -> accoa[c] + ppcoa[c] MALCOAPYRCT malcoa[c] + pyr[c] <=> accoa[c] + oaa[c] MALFADOi fad[c] + mal_L[c] -> fadh2[c] + oaa[c] MALNAt mal_L[e] + na1[e] <=> mal_L[c] + na1[c] MALT h2o[c] + malt[c] -> 2 glc_D[c] MALTATr accoa[c] + malt[c] <=> acmalt[c] + coa[c] MALTpts malt[e] + pep[c] -> malt6p[c] + pyr[c] MALt2 h[e] + mal_L[e] -> h[c] + mal_L[c] MAN6PI man6p[c] <=> f6p[c] MANpts man[e] + pep[c] -> man6p[c] + pyr[c] MCLOR mercplac[c] + nad[c] <=> h[c] + mercppyr[c] + nadh[c] MCOATA ACP[c] + malcoa[c] <=> coa[c] + malACP[c] MCPST cyan[c] + mercppyr[c] -> h[c] + pyr[c] + tcynt[c] MCREAOOX 2 h[c] + mcrea[c] + nadh[c] + o2[c] -> 4mcat[c] + co2[c] + h2o[c] + nad[c] MDH mal_L[c] + nad[c] <=> h[c] + nadh[c] + oaa[c] MDH2 mal_L[c] + q8[c] -> oaa[c] + q8h2[c] MDH3 mal_L[c] + mqn8[c] -> mql8[c] + oaa[c] ME2 mal_L[c] + nadp[c] -> co2[c] + nadph[c] + pyr[c] METALA1c h2o[c] + metala[c] <=> ala_L[c] + met_L[c] METALAabc atp[c] + h2o[c] + metala[e] -> adp[c] + h[c] + metala[c] + pi[c] METAT atp[c] + h2o[c] + met_L[c] -> amet[c] + pi[c] + ppi[c] METB1 achms[c] + cys_L[c] -> ac[c] + cyst_L[c] + h[c] METDabc atp[c] + h2o[c] + met_D[e] -> adp[c] + h[c] + met_D[c] + pi[c] METFR 5mthf[c] + nadp[c] <=> 2 h[c] + mlthf[c] + nadph[c] METSOX1abc atp[c] + h2o[c] + metsox_S_L[e] -> adp[c] + h[c] + metsox_S_L[c] + pi[c] METSOX2abc atp[c] + h2o[c] + metsox_R_L[e] -> adp[c] + h[c] + metsox_R_L[c] + pi[c] METSOXR1r metsox_S_L[c] + trdrd[c] <=> h2o[c] + met_L[c] + trdox[c] METabc atp[c] + h2o[c] + met_L[e] -> adp[c] + h[c] + met_L[c] + pi[c] METt2r h[e] + met_L[e] <=> h[c] + met_L[c] MEVK1c atp[c] + mev_R[c] -> 5pmev[c] + adp[c] + h[c] MG2abc atp[c] + h2o[c] + mg2[e] -> adp[c] + h[c] + mg2[c] + pi[c] MGt5 mg2[c] <=> mg2[e] MI1PP h2o[c] + mi1p_D[c] -> inost[c] + pi[c] MI3PP h2o[c] + mi3p_D[c] -> inost[c] + pi[c] MI4PP h2o[c] + mi4p_D[c] -> inost[c] + pi[c] MMCOAH h2o[c] + mmcoa_S[c] <=> HC00900[c] + coa[c] + h[c] MMSAD5 coa[c] + msa[c] + nadp[c] <=> h[c] + malcoa[c] + nadph[c] MNLpts mnl[e] + pep[c] -> mnl1p[c] + pyr[c] MNabc atp[c] + h2o[c] + mn2[e] -> adp[c] + h[c] + mn2[c] + pi[c] MNt2 h[e] + mn2[e] -> h[c] + mn2[c] MOHMT 3mob[c] + h2o[c] + mlthf[c] -> 2dhp[c] + thf[c] MTAN 5mta[c] + h2o[c] -> 5mtr[c] + ade[c] MTHFC h2o[c] + methf[c] <=> 10fthf[c] + h[c] MTHFD mlthf[c] + nadp[c] <=> methf[c] + nadph[c] MTHPTGHM 5mthglu[c] + hcys_L[c] -> met_L[c] + thglu[c] MUDPDGT m12dmglyc[c] + udpg[c] <=> diglcpg140[c] + h[c] + udp[c] MUDPMGT 12dgr140[c] + udpg[c] <=> h[c] + m12dmglyc[c] + udp[c] NACASPAH Nacasp[c] + h2o[c] -> ac[c] + asp_L[c] NACt2r h[c] + nac[c] <=> h[e] + nac[e] NADH10 h[c] + mqn8[c] + nadh[c] -> mql8[c] + nad[c] NADH5 h[c] + nadh[c] + q8[c] -> nad[c] + q8h2[c] NADH6 4.5 h[c] + nadh[c] + q8[c] -> 3.5 h[e] + nad[c] + q8h2[c] NADH7 3 h[c] + mqn8[c] + nadh[c] -> 2 h[e] + mql8[c] + nad[c] NADH8 2dmmq8[c] + 3.8 h[c] + nadh[c] -> 2dmmql8[c] + 2.8 h[e] + nad[c] NADH9 2dmmq8[c] + h[c] + nadh[c] -> 2dmmql8[c] + nad[c] NADK atp[c] + nad[c] -> adp[c] + h[c] + nadp[c] NADK2 dttp[c] + nad[c] -> dtdp[c] + h[c] + nadp[c] NADS1 atp[c] + dnad[c] + nh4[c] -> amp[c] + h[c] + nad[c] + ppi[c] NADS2 atp[c] + dnad[c] + gln_L[c] + h2o[c] -> amp[c] + glu_L[c] + h[c] + nad[c] + ppi[c] NAPRT h[c] + nac[c] + prpp[c] -> nicrnt[c] + ppi[c] NAt3 h[e] + na1[c] -> h[c] + na1[e] NDPK1 atp[c] + gdp[c] <=> adp[c] + gtp[c] NDPK2 atp[c] + udp[c] <=> adp[c] + utp[c] NDPK3 atp[c] + cdp[c] <=> adp[c] + ctp[c] NDPK4 atp[c] + dtdp[c] <=> adp[c] + dttp[c] NDPK5 atp[c] + dgdp[c] <=> adp[c] + dgtp[c] NDPK6 atp[c] + dudp[c] <=> adp[c] + dutp[c] NDPK7 atp[c] + dcdp[c] <=> adp[c] + dctp[c] NDPK8 atp[c] + dadp[c] <=> adp[c] + datp[c] NDPK9 atp[c] + idp[c] <=> adp[c] + itp[c] NH4tb nh4[e] <=> nh4[c] NIabc atp[c] + h2o[c] + ni2[e] -> adp[c] + h[c] + ni2[c] + pi[c] NMNAT atp[c] + h[c] + nmn[c] -> nad[c] + ppi[c] NMNPH adp[c] + h[c] + nmn[c] -> atp[c] + rnam[c] NNAM h2o[c] + ncam[c] -> nac[c] + nh4[c] NNATr atp[c] + h[c] + nicrnt[c] -> dnad[c] + ppi[c] NNDMBRT dmbzid[c] + nicrnt[c] -> 5prdmbz[c] + h[c] + nac[c] NNDPR 2 h[c] + prpp[c] + quln[c] -> co2[c] + nicrnt[c] + ppi[c] NO2t2r h[e] + no2[e] <=> h[c] + no2[c] NO3R1 2 h[c] + no3[c] + q8h2[c] -> h2o[c] + 2 h[e] + no2[c] + q8[c] NO3R2 2 h[c] + mql8[c] + no3[c] -> h2o[c] + 2 h[e] + mqn8[c] + no2[c] NO3t2 h[e] + no3[e] -> h[c] + no3[c] NO3t7 no2[c] + no3[e] -> no2[e] + no3[c] NODOx nadh[c] + 2 no[c] + 2 o2[c] -> h[c] + nad[c] + 2 no3[c] NODOy nadph[c] + 2 no[c] + 2 o2[c] -> h[c] + nadp[c] + 2 no3[c] NOS1 arg_L[c] + h[c] + nadph[c] + o2[c] -> h2o[c] + nadp[c] + nwharg[c] NP1_r h[c] + nac[c] + r1p[c] <=> nicrns[c] + pi[c] NPHS sbzcoa[c] -> coa[c] + dhna[c] NT5C h2o[c] + nicrnt[c] -> nicrns[c] + pi[c] NTD1 dump[c] + h2o[c] -> duri[c] + pi[c] NTD10 h2o[c] + xmp[c] -> pi[c] + xtsn[c] NTD11 h2o[c] + imp[c] -> ins[c] + pi[c] NTD2 h2o[c] + ump[c] -> pi[c] + uri[c] NTD3 dcmp[c] + h2o[c] -> dcyt[c] + pi[c] NTD4 cmp[c] + h2o[c] -> cytd[c] + pi[c] NTD5 dtmp[c] + h2o[c] -> pi[c] + thymd[c] NTD5_a h2o[c] + nmn[c] -> pi[c] + rnam[c] NTD6 damp[c] + h2o[c] -> dad_2[c] + pi[c] NTD7 amp[c] + h2o[c] -> adn[c] + pi[c] NTD8 dgmp[c] + h2o[c] -> dgsn[c] + pi[c] NTD9 gmp[c] + h2o[c] -> gsn[c] + pi[c] NTPTP1 dgtp[c] + h2o[c] -> dgsn[c] + pppi[c] NTRARy h[c] + nadph[c] + no3[c] -> h2o[c] + nadp[c] + no2[c] NTRIR2x 5 h[c] + 3 nadh[c] + no2[c] -> 2 h2o[c] + 3 nad[c] + nh4[c] NTRIR2y 5 h[c] + 3 nadph[c] + no2[c] -> 2 h2o[c] + 3 nadp[c] + nh4[c] NWHARGOX nadph[c] + 2 nwharg[c] + 2 o2[c] <=> 2 citr_L[c] + 2 h2o[c] + h[c] + nadp[c] + 2 no[c] O2t o2[e] <=> o2[c] OAACLi itp[c] + oaa[c] -> co2[c] + idp[c] + pep[c] OAADC h[c] + oaa[c] -> co2[c] + pyr[c] OAASr cit[c] + coa[c] + h[c] <=> accoa[c] + h2o[c] + oaa[c] OBTFL 2obut[c] + coa[c] -> for[c] + ppcoa[c] OCBT cbp[c] + orn[c] <=> citr_L[c] + h[c] + pi[c] OHPHM 2ohph[c] + amet[c] -> 2omph[c] + ahcys[c] + h[c] OIVD1r 4mop[c] + coa[c] + nad[c] <=> co2[c] + ivcoa[c] + nadh[c] OIVD2 3mob[c] + coa[c] + nad[c] -> co2[c] + ibcoa[c] + nadh[c] OIVD3 3mop[c] + coa[c] + nad[c] -> 2mbcoa[c] + co2[c] + nadh[c] OMBZLM 2ombzl[c] + amet[c] -> 2ommbl[c] + ahcys[c] + h[c] OMCDC 3c4mop[c] + h[c] -> 4mop[c] + co2[c] OMMBLHX3 2ommbl[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2omhmbl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OMPDC h[c] + orot5p[c] -> co2[c] + ump[c] OMPHHX3 2omph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ombzl[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] OOR2r co2[c] + fdxrd[c] + succoa[c] <=> akg[c] + coa[c] + fdxox[c] + h[c] OPHBDC 3ophb[c] + h[c] -> 2oph[c] + co2[c] OPHHX3 2oph[c] + 2 atp[c] + 3 h2o[c] + nad[c] -> 2ohph[c] + 2 adp[c] + 3 h[c] + nadh[c] + 2 pi[c] ORNCD orn[c] -> nh4[c] + pro_L[c] ORNDC h[c] + orn[c] -> co2[c] + ptrc[c] ORNTAC acorn[c] + glu_L[c] <=> acglu[c] + orn[c] OROTPT orot[c] + prpp[c] -> orot5p[c] + ppi[c] P1CM amet[c] + pre1[c] <=> ahcys[c] + dscl[c] P5CD 1pyr5c[c] + 2 h2o[c] + nad[c] -> glu_L[c] + h[c] + nadh[c] P5CRyr nadp[c] + pro_L[c] <=> 1pyr5c[c] + 2 h[c] + nadph[c] PAAI17P h2o[c] + paai17[c] -> 12daihdglyc[c] + pi[c] PAAMOR h2o[c] + paps[c] + trdrd[c] -> amp[c] + 2 h[c] + pi[c] + so3[c] + trdox[c] PAI17P h2o[c] + pai17[c] -> 12dihdglyc[c] + pi[c] PANTS ala_B[c] + atp[c] + pant_R[c] -> amp[c] + h[c] + pnto_R[c] + ppi[c] PAPPT2 uGgla[c] + udcpp[c] -> uaGgla[c] + ump[c] PAPPT3 udcpp[c] + ugmda[c] -> uagmda[c] + ump[c] PC atp[c] + hco3[c] + pyr[c] -> adp[c] + h[c] + oaa[c] + pi[c] PDHa h[c] + lpam[c] + pyr[c] -> adhlam[c] + co2[c] PDHbr adhlam[c] + coa[c] <=> accoa[c] + dhlam[c] PDHc dhlam[c] + nad[c] -> h[c] + lpam[c] + nadh[c] PEPCK gtp[c] + oaa[c] -> co2[c] + gdp[c] + pep[c] PEPGLY PGPm1[c] + h[c] + uaagmda[c] -> PGP[c] + co2[c] + udcpdp[c] PETHCT ctp[c] + ethamp[c] + h[c] -> cdpea[c] + ppi[c] PFK atp[c] + f6p[c] -> adp[c] + fdp[c] + h[c] PFK_2 atp[c] + tag6p_D[c] -> adp[c] + h[c] + tagdp_D[c] PFK_3 atp[c] + s7p[c] -> adp[c] + h[c] + s17bp[c] PFL coa[c] + pyr[c] -> accoa[c] + for[c] PGAMT gam1p[c] <=> gam6p[c] PGCDr 3pg[c] + nad[c] <=> 3php[c] + h[c] + nadh[c] PGI g6p[c] <=> f6p[c] PGK 3pg[c] + atp[c] <=> 13dpg[c] + adp[c] PGL 6pgl[c] + h2o[c] -> 6pgc[c] + h[c] PGLYCP 2pglyc[c] + h2o[c] -> glyclt[c] + pi[c] PGM 2pg[c] <=> 3pg[c] PGMT g1p[c] <=> g6p[c] PGPGT prl45tca[c] + 45 udpg[c] <=> 45 h[c] + prl45tcaglc[c] + 45 udp[c] PGPP180 h2o[c] + pgp180[c] -> pg180[c] + pi[c] PGPPAI17 h2o[c] + pgpai17[c] -> pgai17[c] + pi[c] PGPPI17 h2o[c] + pgpi17[c] -> pgi17[c] + pi[c] PGSA120 cdpdddecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp120[c] PGSA140 cdpdtdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp140[c] PGSA141 cdpdtdec7eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp141[c] PGSA160 cdpdhdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp160[c] PGSA161 cdpdhdec9eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp161[c] PGSA180 cdpdodecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp180[c] PGSA181 cdpdodec11eg[c] + glyc3p[c] -> cmp[c] + h[c] + pgp181[c] PGSAAI15 cdpdaipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai15[c] PGSAAI17 cdpdaihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpai17[c] PGSAI14 cdpditdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi14[c] PGSAI15 cdpdipdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi15[c] PGSAI16 cdpdihdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi16[c] PGSAI17 cdpdihpdecg[c] + glyc3p[c] -> cmp[c] + h[c] + pgpi17[c] PHETA1 akg[c] + phe_L[c] <=> glu_L[c] + phpyr[c] PHEt2r h[e] + phe_L[e] <=> h[c] + phe_L[c] PHPB2i aacoa[c] + h[c] + nadph[c] -> 3hbcoa[c] + nadp[c] PHYQS amet[c] + dmphqno[c] <=> ahcys[c] + h[c] + phyQ[c] PIabc atp[c] + h2o[c] + pi[e] -> adp[c] + h[c] + 2 pi[c] PIt6b h[e] + pi[e] <=> h[c] + pi[c] PLPS g3p[c] + gln_L[c] + ru5p_D[c] -> glu_L[c] + 3 h2o[c] + h[c] + pi[c] + pydx5p[c] PMANM man1p[c] <=> man6p[c] PMEVKc 5pmev[c] + atp[c] -> 5dpmev[c] + adp[c] PMPK 4ampm[c] + atp[c] -> 2mahmp[c] + adp[c] PMTCOATA coa[c] + palmACP[c] <=> ACP[c] + pmtcoa[c] PNP pi[c] + rnam[c] <=> h[c] + ncam[c] + r1p[c] PNTK atp[c] + pnto_R[c] -> 4ppan[c] + adp[c] + h[c] POX h2o[c] + pyr[c] + q8[c] -> ac[c] + co2[c] + q8h2[c] PPA h2o[c] + ppi[c] -> h[c] + 2 pi[c] PPA2 h2o[c] + pppi[c] -> h[c] + pi[c] + ppi[c] PPAKr adp[c] + ppap[c] <=> atp[c] + ppa[c] PPAt2 ppa[c] -> ppa[e] PPBNGS 2 5aop[c] -> 2 h2o[c] + h[c] + ppbng[c] PPCDC 4ppcys[c] + h[c] -> co2[c] + pan4p[c] PPCKr atp[c] + oaa[c] <=> adp[c] + co2[c] + pep[c] PPDK atp[c] + pi[c] + pyr[c] -> amp[c] + h[c] + pep[c] + ppi[c] PPIACPT ac[c] + ppi[c] -> actp[c] + pi[c] PPIt2e h[c] + ppi[c] -> h[e] + ppi[e] PPM r1p[c] <=> r5p[c] PPNCL3 4ppan[c] + atp[c] + cys_L[c] -> 4ppcys[c] + amp[c] + h[c] + ppi[c] PPND nad[c] + pphn[c] -> 34hpp[c] + co2[c] + nadh[c] PPND2 nadp[c] + pphn[c] -> 34hpp[c] + co2[c] + nadph[c] PPNDH h[c] + pphn[c] -> co2[c] + h2o[c] + phpyr[c] PPPH 3 o2[c] + 2 pppg9[c] -> 6 h2o[c] + 2 ppp9[c] PPTT ipdp[c] + pendp[c] -> hexdp[c] + ppi[c] PRAGS atp[c] + gly[c] + pram[c] -> adp[c] + gar[c] + h[c] + pi[c] PRAI pran[c] <=> 2cpr5p[c] PRAIS atp[c] + fpram[c] -> adp[c] + air[c] + 2 h[c] + pi[c] PRASCSi 5aizc[c] + asp_L[c] + atp[c] -> 25aics[c] + adp[c] + h[c] + pi[c] PRDX h2o2[c] + meoh[c] -> fald[c] + 2 h2o[c] PRFGS atp[c] + fgam[c] + gln_L[c] + h2o[c] -> adp[c] + fpram[c] + glu_L[c] + h[c] + pi[c] PRO1x nad[c] + pro_L[c] -> 1pyr5c[c] + 2 h[c] + nadh[c] PROD2 fad[c] + pro_L[c] -> 1pyr5c[c] + fadh2[c] + h[c] PROD3 4hpro_LT[c] + fad[c] <=> 1p3h5c[c] + fadh2[c] + h[c] PROPAT4te pro_L[e] <=> pro_L[c] PROabc atp[c] + h2o[c] + pro_L[e] -> adp[c] + h[c] + pi[c] + pro_L[c] PROt2 h[e] + pro_L[e] -> h[c] + pro_L[c] PROt4 na1[e] + pro_L[e] -> na1[c] + pro_L[c] PRPPS atp[c] + r5p[c] <=> amp[c] + h[c] + prpp[c] PSCVT pep[c] + skm5p[c] <=> 3psme[c] + pi[c] PSD180 h[c] + ps180[c] -> co2[c] + pe180[c] PSDAI17 h[c] + psai17[c] -> co2[c] + peai17[c] PSDI17 h[c] + psi17[c] -> co2[c] + pei17[c] PSERT 3php[c] + glu_L[c] -> akg[c] + pser_L[c] PSP_L h2o[c] + pser_L[c] -> pi[c] + ser_L[c] PSSA180 cdpdodecg[c] + ser_L[c] -> cmp[c] + h[c] + ps180[c] PSSAAI17 cdpdaihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psai17[c] PSSAI17 cdpdihpdecg[c] + ser_L[c] -> cmp[c] + h[c] + psi17[c] PTA2 pi[c] + ppcoa[c] -> coa[c] + ppap[c] PTAr accoa[c] + pi[c] <=> actp[c] + coa[c] PTPAT atp[c] + h[c] + pan4p[c] -> dpcoa[c] + ppi[c] PTRCabc atp[c] + h2o[c] + ptrc[e] -> adp[c] + h[c] + pi[c] + ptrc[c] PUDPDGT m12dpglyc[c] + udpg[c] <=> diglcpg160[c] + h[c] + udp[c] PUDPMGT 12dgr160[c] + udpg[c] <=> h[c] + m12dpglyc[c] + udp[c] PUNP1 adn[c] + pi[c] <=> ade[c] + r1p[c] PUNP2 dad_2[c] + pi[c] <=> 2dr1p[c] + ade[c] PUNP3 gsn[c] + pi[c] <=> gua[c] + r1p[c] PUNP4 dgsn[c] + pi[c] <=> 2dr1p[c] + gua[c] PUNP5 ins[c] + pi[c] <=> hxan[c] + r1p[c] PUNP6 din[c] + pi[c] <=> 2dr1p[c] + hxan[c] PUNP7 pi[c] + xtsn[c] <=> r1p[c] + xan[c] PUTA3 glu5sa[c] + h2o[c] + nad[c] -> glu_L[c] + 2 h[c] + nadh[c] PYDAMK atp[c] + pydam[c] -> adp[c] + h[c] + pyam5p[c] PYDAMabc atp[c] + h2o[c] + pydam[e] -> adp[c] + h[c] + pi[c] + pydam[c] PYDXK atp[c] + pydx[c] -> adp[c] + h[c] + pydx5p[c] PYDXNK atp[c] + pydxn[c] -> adp[c] + h[c] + pdx5p[c] PYDXNabc atp[c] + h2o[c] + pydxn[e] -> adp[c] + h[c] + pi[c] + pydxn[c] PYDXabc atp[c] + h2o[c] + pydx[e] -> adp[c] + h[c] + pi[c] + pydx[c] PYK adp[c] + h[c] + pep[c] -> atp[c] + pyr[c] PYNP1r csn[c] + r1p[c] <=> cytd[c] + pi[c] PYNP2r pi[c] + uri[c] <=> r1p[c] + ura[c] PYRCT mmcoa_S[c] + pyr[c] <=> oaa[c] + ppcoa[c] PYRDC h[c] + pyr[c] -> acald[c] + co2[c] RB5PE ru5p_L[c] <=> xu5p_L[c] RBFK atp[c] + ribflv[c] -> adp[c] + fmn[c] + h[c] RBFSa 4r5au[c] + db4p[c] -> dmlz[c] + 2 h2o[c] + pi[c] RBFSb 2 dmlz[c] -> 4r5au[c] + ribflv[c] RBK atp[c] + rib_D[c] -> adp[c] + h[c] + r5p[c] RBK_D atp[c] + rbl_D[c] -> adp[c] + h[c] + ru5p_D[c] RBK_L1 atp[c] + rbl_L[c] -> adp[c] + h[c] + ru5p_L[c] RDH1 nad[c] + retinol[c] <=> h[c] + nadh[c] + retinal[c] RE1944C atp[c] + lipoate[c] <=> CE5656[c] + ppi[c] RE3009C paps[c] + trdrd[c] -> 2 h[c] + pap[c] + so3[c] + trdox[c] RHCCE rhcys[c] -> dhptd[c] + hcys_L[c] RIBABCte atp[c] + h2o[c] + rib_D[c] -> adp[c] + h[c] + pi[c] + rib_D[e] RIBFLVt2r h[e] + ribflv[e] <=> h[c] + ribflv[c] RIBabc atp[c] + h2o[c] + rib_D[e] -> adp[c] + h[c] + pi[c] + rib_D[c] RNDR1 adp[c] + trdrd[c] -> dadp[c] + h2o[c] + trdox[c] RNDR2 gdp[c] + trdrd[c] -> dgdp[c] + h2o[c] + trdox[c] RNDR3 cdp[c] + trdrd[c] -> dcdp[c] + h2o[c] + trdox[c] RNDR4 trdrd[c] + udp[c] -> dudp[c] + h2o[c] + trdox[c] RNTR1 atp[c] + trdrd[c] -> datp[c] + h2o[c] + trdox[c] RNTR2 gtp[c] + trdrd[c] -> dgtp[c] + h2o[c] + trdox[c] RNTR3 ctp[c] + trdrd[c] -> dctp[c] + h2o[c] + trdox[c] RNTR4 trdrd[c] + utp[c] -> dutp[c] + h2o[c] + trdox[c] RPE ru5p_D[c] <=> xu5p_D[c] RPI r5p[c] <=> ru5p_D[c] RZ5PP 5prdmbz[c] + h2o[c] -> pi[c] + rdmbzi[c] SADH 2 h2o[c] + 2 h[c] + sucarg[c] -> co2[c] + 2 nh4[c] + sucorn[c] SADT atp[c] + h[c] + so4[c] -> aps[c] + ppi[c] SALCACD h[c] + nadh[c] + o2[c] + salc[c] <=> catechol[c] + co2[c] + h2o[c] + nad[c] SALCpts pep[c] + salcn[e] -> pyr[c] + salc6p[c] SBTpts pep[c] + sbt_D[e] -> pyr[c] + sbt6p[c] SDPTA akg[c] + sl26da[c] <=> glu_L[c] + sl2a6o[c] SEAHCYSHYD h2o[c] + seahcys[c] -> adn[c] + selhcys[c] SELCYSTS selhcys[c] + ser_L[c] -> h2o[c] + selcyst[c] SEPHCHS akg[c] + h[c] + ichor[c] -> 2s5epchc[c] + co2[c] SERATi accoa[c] + ser_L[c] -> acser[c] + coa[c] SERt2r h[e] + ser_L[e] <=> h[c] + ser_L[c] SGAT glyc3p[c] + stcoa[c] -> 1odecg3p[c] + coa[c] SHCHCS3 2s5epchc[c] -> 2shchc[c] + pyr[c] SHCHD2 dscl[c] + nad[c] -> h[c] + nadh[c] + scl[c] SHCHF fe2[c] + scl[c] -> 3 h[c] + sheme[c] SHK3Dr 3dhsk[c] + h[c] + nadph[c] <=> nadp[c] + skm[c] SHKK atp[c] + skm[c] -> adp[c] + h[c] + skm5p[c] SHSL1r cys_L[c] + suchms[c] <=> cyst_L[c] + h[c] + succ[c] SHSL4r h2o[c] + suchms[c] <=> 2obut[c] + h[c] + nh4[c] + succ[c] SNOOX 3msaclt[c] + 2 h[c] + nadh[c] + o2[c] -> 3mcat[c] + co2[c] + h2o[c] + nad[c] SO4t2 h[e] + so4[e] <=> h[c] + so4[c] SPMDAT1 accoa[c] + spmd[c] -> N1aspmd[c] + coa[c] + h[c] SPMDAT2 accoa[c] + spmd[c] -> coa[c] + h[c] + n8aspmd[c] SPMDabc atp[c] + h2o[c] + spmd[e] -> adp[c] + h[c] + pi[c] + spmd[c] SPODM 2 h[c] + 2 o2s[c] -> h2o2[c] + o2[c] STCOATA coa[c] + ocdcaACP[c] <=> ACP[c] + stcoa[c] SUCBZL atp[c] + coa[c] + sucbz[c] -> amp[c] + ppi[c] + sbzcoa[c] SUCBZS 2shchc[c] -> h2o[c] + sucbz[c] SUCCITRDSs h2o[c] + succitr_L[c] -> citr_L[c] + h[c] + succ[c] SUCCt2r h[e] + succ[e] <=> h[c] + succ[c] SUCD1 fad[c] + succ[c] <=> fadh2[c] + fum[c] SUCD4 fadh2[c] + q8[c] <=> fad[c] + q8h2[c] SUCDi q8[c] + succ[c] -> fum[c] + q8h2[c] SUCOAS atp[c] + coa[c] + succ[c] <=> adp[c] + pi[c] + succoa[c] SUCORNTC cbp[c] + sucorn[c] -> pi[c] + succitr_L[c] SUCpts pep[c] + sucr[e] -> pyr[c] + suc6p[c] SUDPDGT m12dsglyc[c] + udpg[c] -> diglcpg180[c] + h[c] + udp[c] SUDPMGT 12dgr180[c] + udpg[c] -> h[c] + m12dsglyc[c] + udp[c] SULR 3 h2o[c] + h2s[c] + 3 nadp[c] <=> 5 h[c] + 3 nadph[c] + so3[c] TALA g3p[c] + s7p[c] <=> e4p[c] + f6p[c] TDCOATA coa[c] + myrsACP[c] <=> ACP[c] + tdcoa[c] TDG3PACT glyc3p[c] + tdcoa[c] <=> 1tdecg3p[c] + coa[c] TECA1S140 24 cdpglyc[c] + diglcpg140[c] <=> 24 cmp[c] + 24 h[c] + myrstca1[c] TECA1S160 24 cdpglyc[c] + diglcpg160[c] <=> 24 cmp[c] + 24 h[c] + palmtca1[c] TECA1S180 24 cdpglyc[c] + diglcpg180[c] <=> 24 cmp[c] + 24 h[c] + sttca1[c] TECA1SAI15 24 cdpglyc[c] + diglcpgai15[c] <=> ai15tca1[c] + 24 cmp[c] + 24 h[c] TECA1SAI17 24 cdpglyc[c] + diglcpgai17[c] <=> ai17tca1[c] + 24 cmp[c] + 24 h[c] TECA1SI14 24 cdpglyc[c] + diglcpgi14[c] <=> 24 cmp[c] + 24 h[c] + i14tca1[c] TECA1SI15 24 cdpglyc[c] + diglcpgi15[c] <=> 24 cmp[c] + 24 h[c] + i15tca1[c] TECA1SI16 24 cdpglyc[c] + diglcpgi16[c] <=> 24 cmp[c] + 24 h[c] + i16tca1[c] TECA1SI17 24 cdpglyc[c] + diglcpgi17[c] <=> 24 cmp[c] + 24 h[c] + i17tca1[c] TECA2S140 myrstca1[c] + 24 udpg[c] <=> 24 h[c] + myrstcaglc[c] + 24 udp[c] TECA2S160 palmtca1[c] + 24 udpg[c] <=> 24 h[c] + palmtcaglc[c] + 24 udp[c] TECA2S180 sttca1[c] + 24 udpg[c] <=> 24 h[c] + sttcaglc[c] + 24 udp[c] TECA2SAI15 ai15tca1[c] + 24 udpg[c] <=> ai15tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SAI17 ai17tca1[c] + 24 udpg[c] <=> ai17tcaglc[c] + 24 h[c] + 24 udp[c] TECA2SI14 i14tca1[c] + 24 udpg[c] <=> 24 h[c] + i14tcaglc[c] + 24 udp[c] TECA2SI15 i15tca1[c] + 24 udpg[c] <=> 24 h[c] + i15tcaglc[c] + 24 udp[c] TECA2SI16 i16tca1[c] + 24 udpg[c] <=> 24 h[c] + i16tcaglc[c] + 24 udp[c] TECA2SI17 i17tca1[c] + 24 udpg[c] <=> 24 h[c] + i17tcaglc[c] + 24 udp[c] TECA3S140 24 ala_D[c] + 24 atp[c] + myrstca1[c] -> 24 amp[c] + 24 h2o[c] + myrstcaala_D[c] + 24 ppi[c] TECA3S160 24 ala_D[c] + 24 atp[c] + palmtca1[c] -> 24 amp[c] + 24 h2o[c] + palmtcaala_D[c] + 24 ppi[c] TECA3S180 24 ala_D[c] + 24 atp[c] + sttca1[c] -> 24 amp[c] + 24 h2o[c] + 24 ppi[c] + sttcaala_D[c] TECA3SAI15 ai15tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai15tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SAI17 ai17tca1[c] + 24 ala_D[c] + 24 atp[c] -> ai17tcaala_D[c] + 24 amp[c] + 24 h2o[c] + 24 ppi[c] TECA3SI14 24 ala_D[c] + 24 atp[c] + i14tca1[c] -> 24 amp[c] + 24 h2o[c] + i14tcaala_D[c] + 24 ppi[c] TECA3SI15 24 ala_D[c] + 24 atp[c] + i15tca1[c] -> 24 amp[c] + 24 h2o[c] + i15tcaala_D[c] + 24 ppi[c] TECA3SI16 24 ala_D[c] + 24 atp[c] + i16tca1[c] -> 24 amp[c] + 24 h2o[c] + i16tcaala_D[c] + 24 ppi[c] TECA3SI17 24 ala_D[c] + 24 atp[c] + i17tca1[c] -> 24 amp[c] + 24 h2o[c] + i17tcaala_D[c] + 24 ppi[c] TECA4S h2o[c] + 30 udpacgal[c] + 30 udpg[c] <=> tcam[c] + 30 udp[c] + 30 ump[c] TECA5S140 myrstca1[c] + 24 uacgam[c] <=> 24 h[c] + myrstcaacgam[c] + 24 udp[c] TECA5S160 palmtca1[c] + 24 uacgam[c] <=> 24 h[c] + palmtcaacgam[c] + 24 udp[c] TECA5S180 sttca1[c] + 24 uacgam[c] <=> 24 h[c] + sttcaacgam[c] + 24 udp[c] TECA5SAI15 ai15tca1[c] + 24 uacgam[c] <=> ai15tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SAI17 ai17tca1[c] + 24 uacgam[c] <=> ai17tcaacgam[c] + 24 h[c] + 24 udp[c] TECA5SI14 i14tca1[c] + 24 uacgam[c] <=> 24 h[c] + i14tcaacgam[c] + 24 udp[c] TECA5SI15 i15tca1[c] + 24 uacgam[c] <=> 24 h[c] + i15tcaacgam[c] + 24 udp[c] TECA5SI16 i16tca1[c] + 24 uacgam[c] <=> 24 h[c] + i16tcaacgam[c] + 24 udp[c] TECA5SI17 i17tca1[c] + 24 uacgam[c] <=> 24 h[c] + i17tcaacgam[c] + 24 udp[c] TECAAE PGPm1[c] + prl45tcaala[c] <=> glyc45tcaala_D[c] + udcpp[c] TECAGE PGPm1[c] + prl45tcaglc[c] <=> glyc45tcaglc[c] + udcpp[c] TECAUE PGPm1[c] + prl45tca[c] <=> glyc45tca[c] + udcpp[c] TEICH45 45 udpacgal[c] + 45 udpglcur[c] <=> 45 h[c] + teich_45_BS[c] + 45 udp[c] + 45 ump[c] TGBPA tagdp_D[c] <=> dhap[c] + g3p[c] THIORDXi h2o2[c] + trdrd[c] -> 2 h2o[c] + trdox[c] THMDt2r h[e] + thymd[e] <=> h[c] + thymd[c] THMPPC acald[c] + thmpp[c] <=> hethmpp[c] THMabc atp[c] + h2o[c] + thm[e] -> adp[c] + h[c] + pi[c] + thm[c] THRAi thr_L[c] -> acald[c] + gly[c] THRD nad[c] + thr_L[c] -> 2aobut[c] + h[c] + nadh[c] THRD_L thr_L[c] -> 2obut[c] + nh4[c] THRS h2o[c] + phom[c] -> pi[c] + thr_L[c] THRt2r h[e] + thr_L[e] <=> h[c] + thr_L[c] THZPSN atp[c] + cys_L[c] + dxyl5p[c] + tyr_L[c] -> 4hba[c] + 4mpetz[c] + ala_L[c] + amp[c] + co2[c] + h2o[c] + h[c] + ppi[c] TKT1 r5p[c] + xu5p_D[c] <=> g3p[c] + s7p[c] TKT2 e4p[c] + xu5p_D[c] <=> f6p[c] + g3p[c] TMDK1 atp[c] + thymd[c] -> adp[c] + dtmp[c] + h[c] TMDK2 gtp[c] + thymd[c] -> dtmp[c] + gdp[c] + h[c] TMDPK atp[c] + thm[c] -> amp[c] + h[c] + thmpp[c] TMDS dump[c] + mlthf[c] -> dhf[c] + dtmp[c] TMN h2o[c] + thm[c] -> 4ahmmp[c] + 4mhetz[c] + h[c] TMPK atp[c] + thmmp[c] -> adp[c] + thmpp[c] TMPPP 2mahmp[c] + 4mpetz[c] + h[c] -> ppi[c] + thmmp[c] TPI dhap[c] <=> g3p[c] TRDOXOX h2o[c] + peptmet_L[c] + trdox[c] <=> peptmetox_L[c] + trdrd[c] TRDRr h[c] + nadph[c] + trdox[c] <=> nadp[c] + trdrd[c] TRE6PH h2o[c] + tre6p[c] -> g6p[c] + glc_D[c] TREpts pep[c] + tre[e] -> pyr[c] + tre6p[c] TRIOK atp[c] + glyald[c] -> adp[c] + g3p[c] + h[c] TRPS1 3ig3p[c] + ser_L[c] -> g3p[c] + h2o[c] + trp_L[c] TRPS2 indole[c] + ser_L[c] -> h2o[c] + trp_L[c] TRPS3 3ig3p[c] -> g3p[c] + indole[c] TSULST 2 gthrd[c] + tsul[c] <=> gthox[c] + h2s[c] + so3[c] TYRTA akg[c] + tyr_L[c] <=> 34hpp[c] + glu_L[c] TYRt2r h[e] + tyr_L[e] <=> h[c] + tyr_L[c] UAAGDS 26dap_M[c] + atp[c] + uamag[c] -> adp[c] + h[c] + pi[c] + ugmd[c] UACMAMAT uacmam[c] + unaga[c] <=> acbdma14gapuc[c] + h[c] + udp[c] UAG2E uacgam[c] <=> uacmam[c] UAG2EMA h2o[c] + uacgam[c] <=> acmana[c] + h[c] + udp[c] UAG4E uacgam[c] <=> udpacgal[c] UAGCVT_r pep[c] + uacgam[c] <=> pi[c] + uaccg[c] UAGDP acgam1p[c] + h[c] + utp[c] -> ppi[c] + uacgam[c] UAGPT2 uaGgla[c] + uacgam[c] -> h[c] + uaaGgla[c] + udp[c] UAGPT3 uacgam[c] + uagmda[c] -> h[c] + uaagmda[c] + udp[c] UAMAGS atp[c] + glu_D[c] + uama[c] -> adp[c] + h[c] + pi[c] + uamag[c] UAMAS ala_L[c] + atp[c] + uamr[c] -> adp[c] + h[c] + pi[c] + uama[c] UAPGR h[c] + nadph[c] + uaccg[c] -> nadp[c] + uamr[c] UDCPDP h2o[c] + udcpdp[c] -> h[c] + pi[c] + udcpp[c] UDCPDPS frdp[c] + 8 ipdp[c] -> 8 ppi[c] + udcpdp[c] UDPG4E udpg[c] <=> udpgal[c] UGMDDS alaala[c] + atp[c] + ugmd[c] -> adp[c] + h[c] + pi[c] + ugmda[c] UMPK atp[c] + ump[c] <=> adp[c] + udp[c] UPP3MT3 amet[c] + uppg3[c] <=> ahcys[c] + h[c] + pre1[c] UPP3S hmbil[c] -> h2o[c] + uppg3[c] UPPDC1 4 h[c] + uppg3[c] -> 4 co2[c] + cpppg3[c] UPPDC2b HC01609[c] + 4 h[c] -> 4 co2[c] + cpppg1[c] UPPRT prpp[c] + ura[c] -> ppi[c] + ump[c] URAt2 h[e] + ura[e] -> h[c] + ura[c] URCN h2o[c] + urcan[c] -> 4izp[c] UREA h2o[c] + 2 h[c] + urea[c] -> co2[c] + 2 nh4[c] UREAt urea[e] <=> urea[c] URFGTT 2ombz[c] + amet[c] -> 2ommb[c] + ahcys[c] + h[c] URIDK3 atp[c] + dump[c] <=> adp[c] + dudp[c] URIK1 atp[c] + uri[c] -> adp[c] + h[c] + ump[c] URIK10 cytd[c] + dctp[c] -> cmp[c] + dcdp[c] + h[c] URIK11 cytd[c] + dutp[c] -> cmp[c] + dudp[c] + h[c] URIK12 cytd[c] + datp[c] -> cmp[c] + dadp[c] + h[c] URIK13 cytd[c] + dgtp[c] -> cmp[c] + dgdp[c] + h[c] URIK14 cytd[c] + dttp[c] -> cmp[c] + dtdp[c] + h[c] URIK2 gtp[c] + uri[c] -> gdp[c] + h[c] + ump[c] URIK3 itp[c] + uri[c] -> h[c] + idp[c] + ump[c] URIK4 uri[c] + utp[c] -> h[c] + udp[c] + ump[c] URIK5 dctp[c] + uri[c] -> dcdp[c] + h[c] + ump[c] URIK6 dutp[c] + uri[c] -> dudp[c] + h[c] + ump[c] URIK7 datp[c] + uri[c] -> dadp[c] + h[c] + ump[c] URIK8 dgtp[c] + uri[c] -> dgdp[c] + h[c] + ump[c] URIK9 dttp[c] + uri[c] -> dtdp[c] + h[c] + ump[c] URIt2r h[e] + uri[e] <=> h[c] + uri[c] VALTA akg[c] + val_L[c] <=> 3mob[c] + glu_L[c] VALt2r h[e] + val_L[e] <=> h[c] + val_L[c] XANt2 h[e] + xan[e] -> h[c] + xan[c] XPPT prpp[c] + xan[c] -> ppi[c] + xmp[c] XTSNH h2o[c] + xtsn[c] -> rib_D[c] + xan[c] XYLI1 xyl_D[c] <=> xylu_D[c] XYLI2 glc_D[c] <=> fru[c] XYLK atp[c] + xylu_D[c] -> adp[c] + h[c] + xu5p_D[c] YUMPS r5p[c] + ura[c] <=> h2o[c] + psd5p[c] ZNabc atp[c] + h2o[c] + zn2[e] -> adp[c] + h[c] + pi[c] + zn2[c] dreplication -> dnarep[c] pbiosynthesis -> proteinsynth[c] r0010 2 h2o2[c] -> 2 h2o[c] + o2[c] r0060 ser_L[c] -> nh4[c] + pyr[c] r0082 HC01434[c] + h[c] -> akg[c] + co2[c] r0120 gtp[c] + h2o[c] -> HC01651[c] r0127 asn_L[c] + h2o[c] -> asp_L[c] + nh4[c] r0163c akg[c] + h[c] + thmpp[c] -> HC01435[c] + co2[c] r0191 f6p[c] + utp[c] -> fdp[c] + h[c] + udp[c] r0220 HC01668[c] + coa[c] <=> amp[c] + h[c] + ppcoa[c] r0236 56dura[c] + nad[c] -> h[c] + nadh[c] + ura[c] r0318i atp[c] + h[c] + ppa[c] -> HC01668[c] + ppi[c] r0330 h[c] + nadh[c] + thym[c] -> 56dthm[c] + nad[c] r0339 atp[c] + glyc_R[c] -> 3pg[c] + adp[c] + h[c] r0345 atp[c] + damp[c] <=> adp[c] + dadp[c] r0392 glyald[c] + h2o[c] + nad[c] <=> glyc_R[c] + 2 h[c] + nadh[c] r0398 dhbpt[c] + h[c] + nadph[c] -> nadp[c] + thbpt[c] r0422 icit[c] + nadp[c] <=> HC01434[c] + h[c] + nadph[c] r0456 atp[c] + dgsn[c] -> adp[c] + dgmp[c] + h[c] r0556ci dhlam[c] + succoa[c] -> HC00695[c] + coa[c] r0570 2dr1p[c] <=> 2dr5p[c] r0671 4ppan[c] + ctp[c] + cys_L[c] -> 4ppcys[c] + cmp[c] + h[c] + ppi[c] r0708 ahdt[c] + h2o[c] -> HC01710[c] r0739 nad[c] + xol7ah3[c] <=> h[c] + nadh[c] + xol7ah2al[c] r0775 HC01651[c] + h2o[c] -> HC01652[c] + for[c] + h[c] r0777 HC01652[c] -> HC01710[c] r0792 5mthf[c] + nad[c] <=> 2 h[c] + mlthf[c] + nadh[c] r1144 glu_L[e] + na1[e] -> glu_L[c] + na1[c] r1667 arg_L[e] + orn[c] <=> arg_L[c] + orn[e] r2137 cl[e] <=> cl[c] rtranscription -> rnatrans[c] sink_PGPm1[c] PGPm1[c] <=> input class is:
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.016471 datp[c] + 0.010406 dctp[c] + 0.010406 dgtp[c] + dnarep[c] + 0.016471 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr120[c] 12dgr140[c] 12dgr141[c] 12dgr160[c] 12dgr161[c] 12dgr180[c] 12dgr180[e] 12dgr181[c] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 15phytn[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombz[c] 2ombzl[c] 2omhmbl[c] 2ommb[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3a2opp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8aonn[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] Cit_Mg[c] Cit_Mg[e] HC00695[c] HC00900[c] HC01376[c] HC01377[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmana[c] acmanap[c] acnam[c] acon_C[c] acorn[c] acser[c] actACP[c] actn_R[c] actp[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adocbl[e] adp[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai15tcaglc[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] akg[e] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amob[c] amopbut_L[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] biocyt[c] biomass[c] btamp[c] btcoa[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] but[c] butpi[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbl1[c] cbl1[e] cbl2[c] cbl2[e] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cgly[c] cgly[e] chol[c] chol[e] cholp[c] chols[c] chols[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] crn[c] crn[e] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cyan[c] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dad_5[c] dadp[c] damp[c] dann[c] datp[c] db4p[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] ddcaACP[c] ddca[c] ddcacoa[c] dgal6p[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmphqno[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] dscl[c] dtbt[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] etha[c] ethamp[c] etoh[c] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] focytC[c] fol[c] for[c] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i14tcaglc[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i15tcaglc[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i16tcaglc[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac6p[c] lac_D[c] lac_L[c] lald_L[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] malACP[c] mal_L[c] mal_L[e] malcoa[c] malt6p[c] malt[e] man1p[c] man6p[c] man[e] mcrea[c] melib[c] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql8[c] mqn8[c] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] myrstcaglc[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] palmtcaglc[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] phyQ[c] phytn[c] pi[c] pi[e] pime[c] pime[e] plasmetha[c] pmACP[c] pmcoa[c] pmtcoa[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] pphtd[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] pre1[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] s[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] tcynt[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xylt[c] xylu_D[c] zn2[c] zn2[e] addMultipleReactions: Adding the following reactions to the model: 12DGR180ti 12dgr180[e] -> 12dgr180[c] 1H2NPTH 1h2npt[c] + 2 h[c] + nadh[c] + o2[c] <=> 12npthldl[c] + co2[c] + h2o[c] + nad[c] 1P4H2CBXLAH 1p4h2cbxl[c] + h2o[c] + h[c] <=> 25dop[c] + nh4[c] 23DHMPO 23dhmp[c] + nadp[c] <=> 3h3mop[c] + h[c] + nadph[c] 23PDE2 23cump[c] + h2o[c] -> 3ump[c] + h[c] 23PDE4 23ccmp[c] + h2o[c] -> 3cmp[c] + h[c] 23PDE7 23camp[c] + h2o[c] -> 3amp[c] + h[c] 23PDE9 23cgmp[c] + h2o[c] -> 3gmp[c] + h[c] 26DAPt2r 26dap_M[e] + h[e] <=> 26dap_M[c] + h[c] 2AHBUTI 2ahbut[c] <=> 3h3mop[c] 2DHPL 2dhp[c] <=> 3mob[c] + fald[c] 2HBO 2hb[c] + nad[c] <=> 2obut[c] + h[c] + nadh[c] 2HMCOXT 2hmc[c] <=> oxalc[c] 2MBCOATA 2mbcoa[c] + ACP[c] <=> 2mbutACP[c] + coa[c] 2MEBCOADH 2mbcoa[c] + dhlam[c] <=> HC01376[c] + coa[c] 34DHOXPEGOX 34dhmald[c] + h[c] + nadh[c] <=> 34dhoxpeg[c] + nad[c] 3ABUTCOAL 3abutcoa[c] + h[c] -> b2coa[c] + nh4[c] 3CARLPDH HC01435[c] + lpam[c] <=> HC00695[c] + thmpp[c] 3HAD10M12 10m3hddcaACP[c] -> 10mtddec2eACP[c] + h2o[c] 3HAD11M12 11m3hddcaACP[c] -> 11mtddec2eACP[c] + h2o[c] 3HAD12M14 12m3hmyrsACP[c] -> 12mtmrs2eACP[c] + h2o[c] 3HAD13M14 13m3hmyrsACP[c] -> 13mtmrs2eACP[c] + h2o[c] 3HAD14M16 14m3hpalmACP[c] -> 14mtpalm2eACP[c] + h2o[c] 3HAD15M16 15m3hpalmACP[c] -> 15mtpalm2eACP[c] + h2o[c] 3HAD4M6 4m3hhexACP[c] -> 4mthex2eACP[c] + h2o[c] 3HAD5M6 5m3hhexACP[c] -> 5mthex2eACP[c] + h2o[c] 3HAD6M8 6m3hocACP[c] -> 6mtoct2eACP[c] + h2o[c] 3HAD7M8 7m3hocACP[c] -> 7mtoct2eACP[c] + h2o[c] 3HAD8M10 8m3hdcaACP[c] -> 8mtdec2eACP[c] + h2o[c] 3HAD9M10 9m3hdcaACP[c] -> 9mtdec2eACP[c] + h2o[c] 3MEBCOADH dhlam[c] + ivcoa[c] <=> HC01376[c] + coa[c] 3MOBDC2 3mob[c] + h[c] + thmpp[c] -> 2m1hptpp[c] + co2[c] 3MOBS 3c3hmp[c] + coa[c] + h[c] <=> 3mob[c] + accoa[c] + h2o[c] 3MOPDC2 3mop[c] + h[c] + thmpp[c] -> 2m1hbtpp[c] + co2[c] 3MOPt2r 3mop[e] + h[e] <=> 3mop[c] + h[c] 3OAR100 3odecACP[c] + h[c] + nadph[c] <=> 3hdecACP[c] + nadp[c] 3OAR10M11 10m3oundecACP[c] + h[c] + nadph[c] <=> 10m3hundecACP[c] + nadp[c] 3OAR10M12 10m3oddcaACP[c] + h[c] + nadph[c] <=> 10m3hddcaACP[c] + nadp[c] 3OAR11M12 11m3oddcaACP[c] + h[c] + nadph[c] <=> 11m3hddcaACP[c] + nadp[c] 3OAR120 3oddecACP[c] + h[c] + nadph[c] <=> 3hddecACP[c] + nadp[c] 3OAR12M13 12m3otridecACP[c] + h[c] + nadph[c] <=> 12m3htridecACP[c] + nadp[c] 3OAR12M14 12m3omyrsACP[c] + h[c] + nadph[c] <=> 12m3hmyrsACP[c] + nadp[c] 3OAR13M14 13m3omyrsACP[c] + h[c] + nadph[c] <=> 13m3hmyrsACP[c] + nadp[c] 3OAR140 3omrsACP[c] + h[c] + nadph[c] <=> 3hmrsACP[c] + nadp[c] 3OAR14M15 14m3opentdecACP[c] + h[c] + nadph[c] <=> 14m3hpentdecACP[c] + nadp[c] 3OAR14M16 14m3opalmACP[c] + h[c] + nadph[c] <=> 14m3hpalmACP[c] + nadp[c] 3OAR15M16 15m3opalmACP[c] + h[c] + nadph[c] <=> 15m3hpalmACP[c] + nadp[c] 3OAR160 3opalmACP[c] + h[c] + nadph[c] <=> 3hpalmACP[c] + nadp[c] 3OAR180 3ooctdACP[c] + h[c] + nadph[c] <=> 3hoctaACP[c] + nadp[c] 3OAR40 actACP[c] + h[c] + nadph[c] <=> 3haACP[c] + nadp[c] 3OAR4M5 4m3opentACP[c] + h[c] + nadph[c] <=> 4m3hpentACP[c] + nadp[c] 3OAR4M6 4m3ohexACP[c] + h[c] + nadph[c] <=> 4m3hhexACP[c] + nadp[c] 3OAR5M6 5m3ohexACP[c] + h[c] + nadph[c] <=> 5m3hhexACP[c] + nadp[c] 3OAR60 3ohexACP[c] + h[c] + nadph[c] <=> 3hhexACP[c] + nadp[c] 3OAR6M7 6m3oheptACP[c] + h[c] + nadph[c] <=> 6m3hheptACP[c] + nadp[c] 3OAR6M8 6m3oocACP[c] + h[c] + nadph[c] <=> 6m3hocACP[c] + nadp[c] 3OAR7M8 7m3oocACP[c] + h[c] + nadph[c] <=> 7m3hocACP[c] + nadp[c] 3OAR80 3ooctACP[c] + h[c] + nadph[c] <=> 3hoctACP[c] + nadp[c] 3OAR8M10 8m3odcaACP[c] + h[c] + nadph[c] <=> 8m3hdcaACP[c] + nadp[c] 3OAR8M9 8m3ononACP[c] + h[c] + nadph[c] <=> 8m3hnonACP[c] + nadp[c] 3OAR9M10 9m3odcaACP[c] + h[c] + nadph[c] <=> 9m3hdcaACP[c] + nadp[c] 3OAS100 h[c] + malACP[c] + ocACP[c] -> 3odecACP[c] + ACP[c] + co2[c] 3OAS10M11 10mundecACP[c] + h[c] + malACP[c] -> 12m3otridecACP[c] + ACP[c] + co2[c] 3OAS10M12 10mddcaACP[c] + h[c] + malACP[c] -> 12m3omyrsACP[c] + ACP[c] + co2[c] 3OAS11M12 11mddcaACP[c] + h[c] + malACP[c] -> 13m3omyrsACP[c] + ACP[c] + co2[c] 3OAS120 dcaACP[c] + h[c] + malACP[c] -> 3oddecACP[c] + ACP[c] + co2[c] 3OAS121 cdec3eACP[c] + h[c] + malACP[c] -> 3ocddec5eACP[c] + ACP[c] + co2[c] 3OAS12M13 12mtridecACP[c] + h[c] + malACP[c] -> 14m3opentdecACP[c] + ACP[c] + co2[c] 3OAS12M14 12mmyrsACP[c] + h[c] + malACP[c] -> 14m3opalmACP[c] + ACP[c] + co2[c] 3OAS13M14 13mmyrsACP[c] + h[c] + malACP[c] -> 15m3opalmACP[c] + ACP[c] + co2[c] 3OAS140 ddcaACP[c] + h[c] + malACP[c] -> 3omrsACP[c] + ACP[c] + co2[c] 3OAS141 cddec5eACP[c] + h[c] + malACP[c] -> 3ocmrs7eACP[c] + ACP[c] + co2[c] 3OAS160 h[c] + malACP[c] + myrsACP[c] -> 3opalmACP[c] + ACP[c] + co2[c] 3OAS161 h[c] + malACP[c] + tdeACP[c] -> 3ocpalm9eACP[c] + ACP[c] + co2[c] 3OAS180 h[c] + malACP[c] + palmACP[c] -> 3ooctdACP[c] + ACP[c] + co2[c] 3OAS181 h[c] + hdeACP[c] + malACP[c] -> 3ocvac11eACP[c] + ACP[c] + co2[c] 3OAS2M3 2mpropACP[c] + h[c] + malACP[c] -> 4m3opentACP[c] + ACP[c] + co2[c] 3OAS3M4 3mbutACP[c] + h[c] + malACP[c] -> 5m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M3O6 2mbutACP[c] + h[c] + malACP[c] -> 4m3ohexACP[c] + ACP[c] + co2[c] 3OAS4M5 4mpentACP[c] + h[c] + malACP[c] -> 6m3oheptACP[c] + ACP[c] + co2[c] 3OAS4M6 4mhexACP[c] + h[c] + malACP[c] -> 6m3oocACP[c] + ACP[c] + co2[c] 3OAS5M6 5mhexACP[c] + h[c] + malACP[c] -> 7m3oocACP[c] + ACP[c] + co2[c] 3OAS60 butACP[c] + h[c] + malACP[c] -> 3ohexACP[c] + ACP[c] + co2[c] 3OAS6M7 6mheptACP[c] + h[c] + malACP[c] -> 8m3ononACP[c] + ACP[c] + co2[c] 3OAS6M8 6mocACP[c] + h[c] + malACP[c] -> 8m3odcaACP[c] + ACP[c] + co2[c] 3OAS7M8 7mocACP[c] + h[c] + malACP[c] -> 9m3odcaACP[c] + ACP[c] + co2[c] 3OAS80 h[c] + hexACP[c] + malACP[c] -> 3ooctACP[c] + ACP[c] + co2[c] 3OAS8M10 8mdcaACP[c] + h[c] + malACP[c] -> 10m3oddcaACP[c] + ACP[c] + co2[c] 3OAS8M9 8mnonACP[c] + h[c] + malACP[c] -> 10m3oundecACP[c] + ACP[c] + co2[c] 3OAS9M10 9mdcaACP[c] + h[c] + malACP[c] -> 11m3oddcaACP[c] + ACP[c] + co2[c] 4ABZt2 4abz[e] + h[e] -> 4abz[c] + h[c] 4HBZt2 4hbz[e] + h[e] <=> 4hbz[c] + h[c] 4HTHRS h2o[c] + phthr[c] -> 4hthr[c] + pi[c] 4MOPDC2 4mop[c] + h[c] + thmpp[c] -> 3m1hbtpp[c] + co2[c] 5AIZCDC 5aizc[c] + h[c] -> air[c] + co2[c] 5MTHCYST 5mthglu[c] + ahcys[c] + h[c] <=> amet[c] + thglu[c] 6P3HXI ab6p3hxl[c] <=> f6p[c] 6PGALSZ2i h2o[c] + lac6p[c] <=> dgal6p[c] + glc_bD[c] AACGLYDH aacald[c] + h2o[c] + nad[c] <=> gly[c] + 2 h[c] + nadh[c] AACOAT acac[c] + atp[c] + coa[c] -> aacoa[c] + amp[c] + ppi[c] AACPS7 ACP[c] + atp[c] + ddca[c] -> amp[c] + ddcaACP[c] + ppi[c] ABTOXy abt[c] + nadp[c] <=> arab_L[c] + h[c] + nadph[c] ABUTD 4abutn[c] + h2o[c] + nad[c] -> 4abut[c] + 2 h[c] + nadh[c] ABUTR 4abutn[c] + h2o[c] + nadp[c] <=> 4abut[c] + 2 h[c] + nadph[c] ACACT1r 2 accoa[c] <=> aacoa[c] + coa[c] ACACT2r accoa[c] + btcoa[c] <=> 3ohcoa[c] + coa[c] ACACT3r accoa[c] + hxcoa[c] <=> 3oocoa[c] + coa[c] ACACT4r accoa[c] + occoa[c] <=> 3odcoa[c] + coa[c] ACACT5r accoa[c] + dcacoa[c] <=> 3oddcoa[c] + coa[c] ACACT6r accoa[c] + ddcacoa[c] <=> 3otdcoa[c] + coa[c] ACACT7r accoa[c] + tdcoa[c] <=> 3ohdcoa[c] + coa[c] ACBIPGT adocbip[c] + gtp[c] + h[c] -> agdpcbi[c] + ppi[c] ACCOAC accoa[c] + atp[c] + hco3[c] -> adp[c] + h[c] + malcoa[c] + pi[c] ACCOACL accoa[c] + btn_co2[c] -> apoC_Lys_btn[c] + malcoa[c] ACCOAL atp[c] + coa[c] + ppa[c] -> adp[c] + pi[c] + ppcoa[c] ACCOALYS2 acaadpdp[c] + nadph[c] -> acaadpsal[c] + nadp[c] + pi[c] ACEDIPIT akg[c] + n6all26d[c] <=> acamoxm[c] + glu_L[c] ACGAMPM acgam6p[c] <=> acgam1p[c] ACGAMT uacgam[c] + udcpp[c] -> ump[c] + unaga[c] ACGApts acgam[e] + pep[c] -> acgam6p[c] + pyr[c] ACHBPL 2obut[c] + hethmpp[c] <=> 2ahbut[c] + thmpp[c] ACKr ac[c] + atp[c] <=> actp[c] + adp[c] ACLDC alac_S[c] + h[c] -> actn_R[c] + co2[c] ACLS_a h[c] + pyr[c] + thmpp[c] -> co2[c] + hethmpp[c] ACLS_b alac_S[c] + thmpp[c] <=> hethmpp[c] + pyr[c] ACNML acnam[c] -> acmana[c] + pyr[c] ACOAAGPAT140 1tdecg3p[c] + tdcoa[c] -> coa[c] + pa140[c] ACOAAGPAT160 1hdecg3p[c] + pmtcoa[c] -> coa[c] + pa160[c] ACOAAGPAT180 1odecg3p[c] + stcoa[c] -> coa[c] + pa180[c] ACOAAGPATAI15 1aipdecg3p[c] + aipdcoa[c] -> coa[c] + h[c] + paai15[c] ACOAAGPATAI17 1aihpdecg3p[c] + aihpdcoa[c] -> coa[c] + paai17[c] ACOAAGPATI14 1itdecg3p[c] + itdcoa[c] -> coa[c] + h[c] + pai14[c] ACOAAGPATI15 1ipdecg3p[c] + ipdcoa[c] -> coa[c] + h[c] + pai15[c] ACOAAGPATI16 1ihdecg3p[c] + ihdcoa[c] -> coa[c] + h[c] + pai16[c] ACOAAGPATI17 1ihpdecg3p[c] + ihpdcoa[c] -> coa[c] + pai17[c] ACOAD1 b2coa[c] + h[c] + nadh[c] <=> btcoa[c] + nad[c] ACOAD20 2 2mbcoa[c] + o2[c] -> 2 2mb2coa[c] + 2 h2o[c] ACOADH2 2 ibcoa[c] + o2[c] -> 2 2mp2coa[c] + 2 h2o[c] ACOATA ACP[c] + accoa[c] <=> acACP[c] + coa[c] ACOCT acorn[c] + cbp[c] -> Naccitr_L[c] + pi[c] ACODAr acorn[c] + h2o[c] <=> ac[c] + orn[c] ACONT cit[c] <=> icit[c] ACONTa cit[c] <=> acon_C[c] + h2o[c] ACONTb acon_C[c] + h2o[c] <=> icit[c] ACOTA acorn[c] + akg[c] <=> acg5sa[c] + glu_L[c] ACPS1 apoACP[c] + coa[c] -> ACP[c] + h[c] + pap[c] ACS ac[c] + atp[c] + coa[c] -> accoa[c] + amp[c] + ppi[c] ACYP 13dpg[c] + h2o[c] -> 3pg[c] + h[c] + pi[c] ACYP_2 actp[c] + h2o[c] -> ac[c] + h[c] + pi[c] ACtr ac[e] <=> ac[c] ADCL 4adcho[c] -> 4abz[c] + h[c] + pyr[c] ADCS chor[c] + gln_L[c] -> 4adcho[c] + glu_L[c] ADK1 amp[c] + atp[c] <=> 2 adp[c] ADK10 amp[c] + dttp[c] <=> adp[c] + dtdp[c] ADK11 amp[c] + dutp[c] <=> adp[c] + dudp[c] ADK2 amp[c] + pppi[c] <=> adp[c] + ppi[c] ADK3 amp[c] + gtp[c] <=> adp[c] + gdp[c] ADK5 amp[c] + ctp[c] <=> adp[c] + cdp[c] ADK7 amp[c] + datp[c] <=> adp[c] + dadp[c] ADK8 amp[c] + dctp[c] <=> adp[c] + dcdp[c] ADK9 amp[c] + dgtp[c] <=> adp[c] + dgdp[c] ADNCNT3tc adn[e] + h[e] <=> adn[c] + h[c] ADNCYC atp[c] -> camp[c] + ppi[c] ADNK1 adn[c] + atp[c] -> adp[c] + amp[c] + h[c] ADNUC adn[c] + h2o[c] -> ade[c] + rib_D[c] ADOCBIK adocbi[c] + atp[c] -> adocbip[c] + adp[c] + h[c] ADOCBIK2 adocbi[c] + gtp[c] -> adocbip[c] + gdp[c] + h[c] ADOCBLS agdpcbi[c] + rdmbzi[c] -> adocbl[c] + gmp[c] + h[c] ADOCBLabc adocbl[e] + atp[c] + h2o[c] -> adocbl[c] + adp[c] + h[c] + pi[c] ADPRDP adprib[c] + h2o[c] -> amp[c] + 2 h[c] + r5p[c] ADPT ade[c] + prpp[c] -> amp[c] + ppi[c] ADSELK adsel[c] + atp[c] -> 3padsel[c] + adp[c] + h[c] ADSK aps[c] + atp[c] -> adp[c] + h[c] + paps[c] ADSL1r dcamp[c] <=> amp[c] + fum[c] ADSL2r 25aics[c] <=> aicar[c] + fum[c] ADSS asp_L[c] + gtp[c] + imp[c] -> dcamp[c] + gdp[c] + 2 h[c] + pi[c] AGDC acgam6p[c] + h2o[c] -> ac[c] + gam6p[c] AGPAT120 1ddecg3p[c] + ddcaACP[c] -> ACP[c] + pa120[c] AGPAT140 1tdecg3p[c] + myrsACP[c] -> ACP[c] + pa140[c] AGPAT141 1tdec7eg3p[c] + tdeACP[c] -> ACP[c] + pa141[c] AGPAT160 1hdecg3p[c] + palmACP[c] -> ACP[c] + pa160[c] AGPAT161 1hdec9eg3p[c] + hdeACP[c] -> ACP[c] + pa161[c] AGPAT180 1odecg3p[c] + ocdcaACP[c] -> ACP[c] + pa180[c] AGPAT181 1odec11eg3p[c] + octeACP[c] -> ACP[c] + pa181[c] AHCYSNS_r ahcys[c] + h2o[c] <=> ade[c] + rhcys[c] AHMMPS air[c] + h2o[c] -> 4ahmmp[c] + gcald[c] + 0.5 o2[c] + pi[c] AICART 10fthf[c] + aicar[c] <=> fprica[c] + thf[c] AIHDUDPMG 12daihdglyc[c] + udpg[c] <=> h[c] + m12dahglyc[c] + udp[c] AIHDUPDG m12dahglyc[c] + udpg[c] <=> diglcpgai17[c] + h[c] + udp[c] AIHPDCOATA 14mpalmACP[c] + coa[c] <=> ACP[c] + aihpdcoa[c] AIPDCOATA 12mmyrsACP[c] + coa[c] <=> ACP[c] + aipdcoa[c] AIPDUDPG m12dapglyc[c] + udpg[c] <=> diglcpgai15[c] + h[c] + udp[c] AIPDUDPMG 12daipdglyc[c] + udpg[c] <=> h[c] + m12dapglyc[c] + udp[c] AIRC4 air[c] + atp[c] + hco3[c] -> 5aizc[c] + adp[c] + h[c] + pi[c] AKGS co2[c] + nadh[c] + succoa[c] -> akg[c] + coa[c] + nad[c] AKGt2r akg[e] + h[e] <=> akg[c] + h[c] AKP1 ahdt[c] + 3 h2o[c] -> dhnpt[c] + 2 h[c] + 3 pi[c] ALAALA 2 ala_D[c] + atp[c] -> adp[c] + alaala[c] + h[c] + pi[c] ALAASP1c alaasp[c] + h2o[c] <=> ala_L[c] + asp_L[c] ALAASPabc alaasp[e] + atp[c] + h2o[c] -> adp[c] + alaasp[c] + h[c] + pi[c] ALACI alac_S[c] <=> 33hmeoxobut[c] ALAD_R ala_L[c] + h2o[c] + nad[c] <=> h[c] + nadh[c] + nh4[c] + pyr[c] ALAGLN1c alagln[c] + h2o[c] <=> ala_L[c] + gln_L[c] ALAGLNabc alagln[e] + atp[c] + h2o[c] -> adp[c] + alagln[c] + h[c] + pi[c] ALAGLU1c alaglu[c] + h2o[c] <=> ala_L[c] + glu_L[c] ALAGLUabc alaglu[e] + atp[c] + h2o[c] -> adp[c] + alaglu[c] + h[c] + pi[c] ALAGLY1c alagly[c] + h2o[c] <=> ala_L[c] + gly[c] ALAGLYabc alagly[e] + atp[c] + h2o[c] -> adp[c] + alagly[c] + h[c] + pi[c] ALAHIS1c alahis[c] + h2o[c] <=> ala_L[c] + his_L[c] ALAHISabc alahis[e] + atp[c] + h2o[c] -> adp[c] + alahis[c] + h[c] + pi[c] ALALEU1c alaleu[c] + h2o[c] <=> ala_L[c] + leu_L[c] ALALEUabc alaleu[e] + atp[c] + h2o[c] -> adp[c] + alaleu[c] + h[c] + pi[c] ALAPGPL 45 ala_D[c] + 45 atp[c] + prl45tca[c] -> 45 amp[c] + 45 h2o[c] + 45 ppi[c] + prl45tcaala[c] ALAR ala_L[c] <=> ala_D[c] ALATA_D akg[c] + ala_D[c] <=> glu_D[c] + pyr[c] ALATHR1c alathr[c] + h2o[c] <=> ala_L[c] + thr_L[c] ALATHRabc alathr[e] + atp[c] + h2o[c] -> adp[c] + alathr[c] + h[c] + pi[c] ALAt2r ala_L[e] + h[e] <=> ala_L[c] + h[c] ALAt4r ala_L[e] + na1[e] <=> ala_L[c] + na1[c] ALCD19 glyald[c] + h[c] + nadh[c] <=> glyc[c] + nad[c] ALCD2x etoh[c] + nad[c] <=> acald[c] + h[c] + nadh[c] ALDD2x acald[c] + h2o[c] + nad[c] -> ac[c] + 2 h[c] + nadh[c] ALPHNH allphn[c] + h2o[c] + 3 h[c] -> 2 co2[c] + 2 nh4[c] AMANAPEr acmanap[c] <=> acgam6p[c] AMANK acmana[c] + atp[c] -> acmanap[c] + adp[c] + h[c] AMAOTr 8aonn[c] + amet[c] <=> amob[c] + dann[c] AMMQLT8 2dmmql8[c] + amet[c] -> ahcys[c] + h[c] + mql8[c] AMMQT8r 2dmmq8[c] + amet[c] <=> ahcys[c] + h[c] + mqn8[c] AMOPBHL amopbut_L[c] + h[c] -> 3a2opp[c] + co2[c] AMPMS2 air[c] + h2o[c] + nad[c] -> 4ampm[c] + 2 for[c] + 3 h[c] + nadh[c] AMPTASECG cgly[c] + h2o[c] -> cys_L[c] + gly[c] AMPTASEGC glycys[c] + h2o[c] -> cys_L[c] + gly[c] ANPRT anth[c] + prpp[c] -> ppi[c] + pran[c] ANS chor[c] + gln_L[c] -> anth[c] + glu_L[c] + h[c] + pyr[c] ANS2 chor[c] + nh4[c] -> anth[c] + h2o[c] + h[c] + pyr[c] AOXSr ala_L[c] + h[c] + pmcoa[c] <=> 8aonn[c] + co2[c] + coa[c] AOXSr2 ala_L[c] + h[c] + pmACP[c] <=> 8aonn[c] + ACP[c] + co2[c] APAT accoa[c] + h2o[c] + thdp[c] <=> acamoxm[c] + coa[c] APRAUR 5apru[c] + h[c] + nadph[c] -> 5aprbu[c] + nadp[c] APSRmq mql8[c] + paps[c] -> 2 h[c] + mqn8[c] + pap[c] + so3[c] ARAI arab_L[c] <=> rbl_L[c] ARBTpts arbt[e] + pep[c] -> arbt6p[c] + pyr[c] ARGDC arg_L[c] + h[c] -> agm[c] + co2[c] ARGN arg_L[c] + h2o[c] -> orn[c] + urea[c] ARGSL argsuc[c] <=> arg_L[c] + fum[c] ARGSSr asp_L[c] + atp[c] + citr_L[c] <=> amp[c] + argsuc[c] + h[c] + ppi[c] ARGt2 arg_L[e] + h[e] -> arg_L[c] + h[c] ARSENBabc arsenb[e] + atp[c] + h2o[c] -> adp[c] + arsenb[c] + h[c] + pi[c] ARSENBt2 arsenb[e] + h[e] <=> arsenb[c] + h[c] ASAD aspsa[c] + nadp[c] + pi[c] <=> 4pasp[c] + h[c] + nadph[c] ASNt2r asn_L[e] + h[e] <=> asn_L[c] + h[c] ASO3t aso3[e] <=> aso3[c] ASO4t aso4[e] <=> aso4[c] ASP1DC asp_L[c] + h[c] -> ala_B[c] + co2[c] ASPCT asp_L[c] + cbp[c] -> cbasp[c] + h[c] + pi[c] ASPKi asp_L[c] + atp[c] -> 4pasp[c] + adp[c] ASPT asp_L[c] -> fum[c] + nh4[c] ASPTA akg[c] + asp_L[c] <=> glu_L[c] + oaa[c] ASPt2r asp_L[e] + h[e] <=> asp_L[c] + h[c] ATPS4 adp[c] + 4 h[e] + pi[c] -> atp[c] + h2o[c] + 3 h[c] BACCLi btamp[c] + ppi[c] -> atp[c] + btn[c] + h[c] BAMPPALDOX bamppald[c] + h2o[c] + nad[c] -> ala_B[c] + 2 h[c] + nadh[c] BETALDHx betald[c] + h2o[c] + nad[c] -> glyb[c] + 2 h[c] + nadh[c] BETALDHy betald[c] + h2o[c] + nadp[c] -> glyb[c] + 2 h[c] + nadph[c] BPNT h2o[c] + pap[c] -> amp[c] + pi[c] BTNCLi apoC_Lys_btn[c] + atp[c] + hco3[c] -> adp[c] + btn_co2[c] + h[c] + pi[c] BTND1 biocyt[c] + h2o[c] -> btn[c] + lys_L[c] BTNabc atp[c] + btn[e] + h2o[c] -> adp[c] + btn[c] + h[c] + pi[c] BTS4 amet[c] + dtbt[c] + s[c] -> btn[c] + dad_5[c] + h[c] + met_L[c] BUTKr atp[c] + but[c] <=> adp[c] + butpi[c] CAt4i ca2[e] + h[c] -> ca2[c] + h[e] CBIAT atp[c] + cbi[c] + h[c] <=> adocbi[c] + pppi[c] CBL1abc atp[c] + cbl1[e] + h2o[c] -> adp[c] + cbl1[c] + h[c] + pi[c] CBL2abc atp[c] + cbl2[e] + h2o[c] -> adp[c] + cbl2[c] + h[c] + pi[c] CBPS 2 atp[c] + gln_L[c] + h2o[c] + hco3[c] -> 2 adp[c] + cbp[c] + glu_L[c] + 2 h[c] + pi[c] CCOuq 4 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 4 h[e] + q8[c] CD2abc1 atp[c] + cd2[c] + h2o[c] -> adp[c] + cd2[e] + h[c] + pi[c] CDPEAS cmp[c] + 2 h[c] + plasmetha[c] <=> M00512[c] + cdpea[c] CDPGHL cdpglc[c] -> cdpddg[c] + h2o[c] CDPGLYCGPT acbdma14gapuc[c] + 45 cdpglyc[c] <=> 45 cmp[c] + 45 h[c] + prl45tca[c] CDPMEK 4c2me[c] + atp[c] -> 2p4c2me[c] + adp[c] + h[c] CGLYabc atp[c] + cgly[e] + h2o[c] -> adp[c] + cgly[c] + h[c] + pi[c] CHCOAL atp[c] + coa[c] + pime[c] -> amp[c] + pmcoa[c] + ppi[c] CHLabc atp[c] + chol[e] + h2o[c] -> adp[c] + chol[c] + h[c] + pi[c] CHLt2r chol[e] + h[e] <=> chol[c] + h[c] CHOLD chol[c] + nad[c] -> betald[c] + h[c] + nadh[c] CHOLK atp[c] + chol[c] -> adp[c] + cholp[c] + h[c] CHOLabc atp[c] + chols[e] + h2o[c] -> adp[c] + chols[c] + h[c] + pi[c] CHORM chor[c] -> pphn[c] CHORS 3psme[c] -> chor[c] + pi[c] CITRH citr_L[c] + h2o[c] + 2 h[c] <=> co2[c] + nh4[c] + orn[c] CIT_Mgt Cit_Mg[e] + h[e] -> Cit_Mg[c] + h[c] CLPNS140 2 pg140[c] <=> clpn140[c] + glyc[c] CLPNS160 2 pg160[c] <=> clpn160[c] + glyc[c] CLPNS180 2 pg180[c] <=> clpn180[c] + glyc[c] CLPNSAI15 2 pgai15[c] <=> clpnai15[c] + glyc[c] CLPNSAI17 2 pgai17[c] <=> clpnai17[c] + glyc[c] CLPNSI14 2 pgi14[c] <=> clpni14[c] + glyc[c] CLPNSI15 2 pgi15[c] <=> clpni15[c] + glyc[c] CLPNSI16 2 pgi16[c] <=> clpni16[c] + glyc[c] CLPNSI17 2 pgi17[c] <=> clpni17[c] + glyc[c] CMLDC 2c25dho[c] + h[c] -> 5odhf2a[c] + co2[c] CO2t co2[e] <=> co2[c] COBALTt5 cobalt2[c] <=> cobalt2[e] CPPPGO cpppg3[c] + 2 h[c] + o2[c] -> 2 co2[c] + 2 h2o[c] + pppg9[c] CRNabc atp[c] + crn[e] + h2o[c] -> adp[c] + crn[c] + h[c] + pi[c] CTBTabc atp[c] + ctbt[e] + h2o[c] -> adp[c] + ctbt[c] + h[c] + pi[c] CTPS1 atp[c] + nh4[c] + utp[c] -> adp[c] + ctp[c] + 2 h[c] + pi[c] CTPS2 atp[c] + gln_L[c] + h2o[c] + utp[c] -> adp[c] + ctp[c] + glu_L[c] + 2 h[c] + pi[c] CYOmq 4 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 4 h[e] + mqn8[c] CYSDS cys_L[c] + h2o[c] -> h2s[c] + nh4[c] + pyr[c] CYSS acser[c] + h2s[c] -> ac[c] + cys_L[c] + h[c] CYSS3r acser[c] + trdrd[c] + tsul[c] <=> ac[c] + cys_L[c] + h[c] + so3[c] + trdox[c] CYSTL cyst_L[c] + h2o[c] -> hcys_L[c] + nh4[c] + pyr[c] CYSTS hcys_L[c] + ser_L[c] -> cyst_L[c] + h2o[c] CYSt2r cys_L[e] + h[e] <=> cys_L[c] + h[c] CYTBD 2 h[c] + 0.5 o2[c] + q8h2[c] -> h2o[c] + 2 h[e] + q8[c] CYTBD2 2 h[c] + mql8[c] + 0.5 o2[c] -> h2o[c] + 2 h[e] + mqn8[c] CYTD cytd[c] + h2o[c] + h[c] -> nh4[c] + uri[c] CYTDK1 atp[c] + cytd[c] -> adp[c] + cmp[c] + h[c] CYTDK2 cytd[c] + gtp[c] -> cmp[c] + gdp[c] + h[c] CYTDK3 cytd[c] + itp[c] -> cmp[c] + h[c] + idp[c] CYTDK4 cytd[c] + utp[c] -> cmp[c] + h[c] + udp[c] CYTDt2r cytd[e] + h[e] <=> cytd[c] + h[c] CYTK1 atp[c] + cmp[c] <=> adp[c] + cdp[c] CYTK2 atp[c] + dcmp[c] <=> adp[c] + dcdp[c] Cuabc atp[c] + cu2[e] + h2o[c] -> adp[c] + cu2[c] + h[c] + pi[c] Cut1 atp[c] + cu2[c] + h2o[c] -> adp[c] + cu2[e] + h[c] + pi[c] DADNK atp[c] + dad_2[c] -> adp[c] + damp[c] + h[c] DADNt2r dad_2[e] + h[e] <=> dad_2[c] + h[c] DAGK120 12dgr120[c] + atp[c] -> adp[c] + h[c] + pa120[c] DAGK140 12dgr140[c] + atp[c] -> adp[c] + h[c] + pa140[c] DAGK141 12dgr141[c] + atp[c] -> adp[c] + h[c] + pa141[c] DAGK160 12dgr160[c] + atp[c] -> adp[c] + h[c] + pa160[c] DAGK161 12dgr161[c] + atp[c] -> adp[c] + h[c] + pa161[c] DAGK180 12dgr180[c] + atp[c] -> adp[c] + h[c] + pa180[c] DAGK181 12dgr181[c] + atp[c] -> adp[c] + h[c] + pa181[c] DALAt2r ala_D[e] + h[e] <=> ala_D[c] + h[c] DAPDAi h2o[c] + n6all26d[c] -> 26dap_LL[c] + ac[c] DAPDC 26dap_M[c] + h[c] -> co2[c] + lys_L[c] DAPE 26dap_LL[c] <=> 26dap_M[c] DAPMDH 26dap_M[c] + h2o[c] + nadp[c] <=> h[c] + l2a6o[c] + nadph[c] + nh4[c] DASYN120 ctp[c] + h[c] + pa120[c] -> cdpdddecg[c] + ppi[c] DASYN140 ctp[c] + h[c] + pa140[c] -> cdpdtdecg[c] + ppi[c] DASYN141 ctp[c] + h[c] + pa141[c] -> cdpdtdec7eg[c] + ppi[c] DASYN160 ctp[c] + h[c] + pa160[c] -> cdpdhdecg[c] + ppi[c] DASYN161 ctp[c] + h[c] + pa161[c] -> cdpdhdec9eg[c] + ppi[c] DASYN180 ctp[c] + h[c] + pa180[c] -> cdpdodecg[c] + ppi[c] DASYN181 ctp[c] + h[c] + pa181[c] -> cdpdodec11eg[c] + ppi[c] DASYNAI15 ctp[c] + h[c] + paai15[c] -> cdpdaipdecg[c] + ppi[c] DASYNAI17 ctp[c] + h[c] + paai17[c] -> cdpdaihpdecg[c] + ppi[c] DASYNI14 ctp[c] + h[c] + pai14[c] -> cdpditdecg[c] + ppi[c] DASYNI15 ctp[c] + h[c] + pai15[c] -> cdpdipdecg[c] + ppi[c] DASYNI16 ctp[c] + h[c] + pai16[c] -> cdpdihdecg[c] + ppi[c] DASYNI17 ctp[c] + h[c] + pai17[c] -> cdpdihpdecg[c] + ppi[c] DB4PS ru5p_D[c] -> db4p[c] + for[c] + h[c] DBTS atp[c] + co2[c] + dann[c] -> adp[c] + dtbt[c] + 3 h[c] + pi[c] DCMPDA dcmp[c] + h2o[c] + h[c] <=> dump[c] + nh4[c] DCYTD dcyt[c] + h2o[c] + h[c] -> duri[c] + nh4[c] DCYTt2r dcyt[e] + h[e] <=> dcyt[c] + h[c] DDPA e4p[c] + h2o[c] + pep[c] -> 2dda7p[c] + pi[c] DDPGALA 2dh3dgal6p[c] <=> g3p[c] + pyr[c] DGK1 atp[c] + dgmp[c] <=> adp[c] + dgdp[c] DGSNt2 dgsn[e] + h[e] -> dgsn[c] + h[c] DHAD1 23dhmb[c] -> 3mob[c] + h2o[c] DHAD2 23dhmp[c] -> 3mop[c] + h2o[c] DHAPT dha[c] + pep[c] -> dhap[c] + pyr[c] DHFOR2 dhf[c] + nadp[c] <=> fol[c] + nadph[c] DHFR dhf[c] + h[c] + nadph[c] <=> nadp[c] + thf[c] DHFS atp[c] + dhpt[c] + glu_L[c] -> adp[c] + dhf[c] + h[c] + pi[c] DHLCOALT dhlam[c] + ibcoa[c] <=> 2mpdhl[c] + coa[c] DHNAOT dhna[c] + octdp[c] -> 2dmmq8[c] + co2[c] + h[c] + ppi[c] DHNAS h[c] + sbzcoa[c] -> dhnacoa[c] + h2o[c] DHNPA dhnpt[c] -> 2ahhmp[c] + gcald[c] DHNPA2 dhnpt[c] -> 6hmhpt[c] + gcald[c] DHORD2 dhor_S[c] + q8[c] -> orot[c] + q8h2[c] DHORD5 dhor_S[c] + mqn8[c] -> mql8[c] + orot[c] DHORDfum dhor_S[c] + fum[c] -> orot[c] + succ[c] DHORTS dhor_S[c] + h2o[c] <=> cbasp[c] + h[c] DHPM1 56dura[c] + h2o[c] -> cala[c] + h[c] DHPM2 56dthm[c] + h2o[c] -> 3uib[c] + h[c] DHPPDA 25dhpp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPPDA2 25drapp[c] + h2o[c] + h[c] -> 5apru[c] + nh4[c] DHPR dhbpt[c] + h[c] + nadh[c] -> nad[c] + thbpt[c] DHPS 2ahhmp[c] + 4abz[c] -> dhpt[c] + h2o[c] DHPS2 4abz[c] + 6hmhptpp[c] -> dhpt[c] + ppi[c] DHQS 2dda7p[c] -> 3dhq[c] + pi[c] DHQTi 3dhq[c] -> 3dhsk[c] + h2o[c] DINSt2 din[e] + h[e] -> din[c] + h[c] DMATT dmpp[c] + ipdp[c] -> grdp[c] + ppi[c] DMQMT 2omhmbl[c] + amet[c] -> ahcys[c] + h[c] + q8h2[c] DM_5MTR 5mtr[c] -> DM_atp_c_ atp[c] + h2o[c] -> adp[c] + h[c] + pi[c] DM_dhptd(c) dhptd[c] <=> DM_hcys_L[c] hcys_L[c] -> DPCOAK atp[c] + dpcoa[c] -> adp[c] + coa[c] + h[c] DPGM 13dpg[c] <=> 23dpg[c] + h[c] DPMVDc 5dpmev[c] + atp[c] -> adp[c] + co2[c] + ipdp[c] + pi[c] DPRr 2dhp[c] + h[c] + nadph[c] <=> nadp[c] + pant_R[c] DRBK atp[c] + drib[c] -> 2dr5p[c] + adp[c] + h[c] DRIBI rib_D[c] <=> rbl_D[c] DRPAr 2dr5p[c] <=> acald[c] + g3p[c] DSERt2r h[e] + ser_D[e] <=> h[c] + ser_D[c] DTMPK atp[c] + dtmp[c] -> adp[c] + dtdp[c] DURIK1 atp[c] + duri[c] -> adp[c] + dump[c] + h[c] DURIPP duri[c] + pi[c] <=> 2dr1p[c] + ura[c] DURIt2 duri[e] + h[e] -> duri[c] + h[c] DUTPDP dutp[c] + h2o[c] -> dump[c] + h[c] + ppi[c] E4PD e4p[c] + h2o[c] + nad[c] <=> 4per[c] + 2 h[c] + nadh[c] EAR100x h[c] + nadh[c] + tdec2eACP[c] -> dcaACP[c] + nad[c] EAR10M11x 10mtundec2eACP[c] + h[c] + nadh[c] -> 10mundecACP[c] + nad[c] EAR10M12x 10mtddec2eACP[c] + h[c] + nadh[c] -> 10mddcaACP[c] + nad[c] EAR11M12x 11mtddec2eACP[c] + h[c] + nadh[c] -> 11mddcaACP[c] + nad[c] EAR120x h[c] + nadh[c] + tddec2eACP[c] -> ddcaACP[c] + nad[c] EAR121x h[c] + nadh[c] + t3c5ddeceACP[c] -> cddec5eACP[c] + nad[c] EAR12M13x 12mttritec2eACP[c] + h[c] + nadh[c] -> 12mtridecACP[c] + nad[c] EAR12M14x 12mtmrs2eACP[c] + h[c] + nadh[c] -> 12mmyrsACP[c] + nad[c] EAR13M14x 13mtmrs2eACP[c] + h[c] + nadh[c] -> 13mmyrsACP[c] + nad[c] EAR140x h[c] + nadh[c] + tmrs2eACP[c] -> myrsACP[c] + nad[c] EAR141x h[c] + nadh[c] + t3c7mrseACP[c] -> nad[c] + tdeACP[c] EAR14M15x 14mtpentdec2eACP[c] + h[c] + nadh[c] -> 14mpentdecACP[c] + nad[c] EAR14M16x 14mtpalm2eACP[c] + h[c] + nadh[c] -> 14mpalmACP[c] + nad[c] EAR15M16x 15mtpalm2eACP[c] + h[c] + nadh[c] -> 15mpalmACP[c] + nad[c] EAR160x h[c] + nadh[c] + tpalm2eACP[c] -> nad[c] + palmACP[c] EAR161x h[c] + nadh[c] + t3c9palmeACP[c] -> hdeACP[c] + nad[c] EAR180x h[c] + nadh[c] + toctd2eACP[c] -> nad[c] + ocdcaACP[c] EAR181x h[c] + nadh[c] + t3c11vaceACP[c] -> nad[c] + octeACP[c] EAR40x but2eACP[c] + h[c] + nadh[c] -> butACP[c] + nad[c] EAR4M5x 4mtpent2eACP[c] + h[c] + nadh[c] -> 4mpentACP[c] + nad[c] EAR4M6x 4mthex2eACP[c] + h[c] + nadh[c] -> 4mhexACP[c] + nad[c] EAR5M6x 5mthex2eACP[c] + h[c] + nadh[c] -> 5mhexACP[c] + nad[c] EAR60x h[c] + nadh[c] + thex2eACP[c] -> hexACP[c] + nad[c] EAR6M7x 6mthept2eACP[c] + h[c] + nadh[c] -> 6mheptACP[c] + nad[c] EAR6M8x 6mtoct2eACP[c] + h[c] + nadh[c] -> 6mocACP[c] + nad[c] EAR7M8x 7mtoct2eACP[c] + h[c] + nadh[c] -> 7mocACP[c] + nad[c] EAR80x h[c] + nadh[c] + toct2eACP[c] -> nad[c] + ocACP[c] EAR8M10x 8mtdec2eACP[c] + h[c] + nadh[c] -> 8mdcaACP[c] + nad[c] EAR8M9x 8mtnon2eACP[c] + h[c] + nadh[c] -> 8mnonACP[c] + nad[c] EAR9M10x 9mtdec2eACP[c] + h[c] + nadh[c] -> 9mdcaACP[c] + nad[c] EHGLAT akg[c] + e4hglu[c] -> 4h2oglt[c] + glu_L[c] ENO 2pg[c] <=> h2o[c] + pep[c] ETHAAL etha[c] -> acald[c] + nh4[c] ETHAP etha[c] + pi[c] -> 2ameph[c] + h2o2[c] EX_12dgr180(e) 12dgr180[e] <=> EX_26dap_M(e) 26dap_M[e] <=> EX_3mop(e) 3mop[e] <=> EX_4abz(e) 4abz[e] <=> EX_4hbz(e) 4hbz[e] <=> EX_Cit_Mg(e) Cit_Mg[e] <=> EX_ac(e) ac[e] <=> EX_acgam(e) acgam[e] <=> EX_adn(e) adn[e] <=> EX_adocbl(e) adocbl[e] <=> EX_akg(e) akg[e] <=> EX_ala_D(e) ala_D[e] <=> EX_ala_L(e) ala_L[e] <=> EX_alaasp(e) alaasp[e] <=> EX_alagln(e) alagln[e] <=> EX_alaglu(e) alaglu[e] <=> EX_alagly(e) alagly[e] <=> EX_alahis(e) alahis[e] <=> EX_alaleu(e) alaleu[e] <=> EX_alathr(e) alathr[e] <=> EX_arbt(e) arbt[e] <=> EX_arg_L(e) arg_L[e] <=> EX_arsenb(e) arsenb[e] <=> EX_asn_L(e) asn_L[e] <=> EX_aso3(e) aso3[e] <=> EX_aso4(e) aso4[e] <=> EX_asp_L(e) asp_L[e] <=> EX_biomass(e) biomass[c] <=> EX_btn(e) btn[e] <=> EX_ca2(e) ca2[e] <=> EX_cbl1(e) cbl1[e] <=> EX_cbl2(e) cbl2[e] <=> EX_cd2(e) cd2[e] <=> EX_cgly(e) cgly[e] <=> EX_chol(e) chol[e] <=> EX_chols(e) chols[e] <=> EX_cit(e) cit[e] <=> EX_cl(e) cl[e] <=> EX_co2(e) co2[e] <=> EX_cobalt2(e) cobalt2[e] <=> EX_crn(e) crn[e] <=> EX_ctbt(e) ctbt[e] <=> EX_cu2(e) cu2[e] <=> EX_cys_L(e) cys_L[e] <=> EX_cytd(e) cytd[e] <=> EX_dad_2(e) dad_2[e] <=> EX_dcyt(e) dcyt[e] <=> EX_dgsn(e) dgsn[e] <=> EX_din(e) din[e] <=> EX_duri(e) duri[e] <=> EX_fe2(e) fe2[e] <=> EX_fe3(e) fe3[e] <=> EX_fecrm(e) fecrm[e] <=> EX_fru(e) fru[e] <=> EX_gal(e) gal[e] <=> EX_galt(e) galt[e] <=> EX_gam(e) gam[e] <=> EX_gbbtn(e) gbbtn[e] <=> EX_gcald(e) gcald[e] <=> EX_glc_D(e) glc_D[e] <=> EX_glcn(e) glcn[e] <=> EX_gln_L(e) gln_L[e] <=> EX_glu_L(e) glu_L[e] <=> EX_gly(e) gly[e] <=> EX_glyasn(e) glyasn[e] <=> EX_glyasp(e) glyasp[e] <=> EX_glyb(e) glyb[e] <=> EX_glyc(e) glyc[e] <=> EX_glycys(e) glycys[e] <=> EX_glygln(e) glygln[e] <=> EX_glyglu(e) glyglu[e] <=> EX_glyleu(e) glyleu[e] <=> EX_glymet(e) glymet[e] <=> EX_glyphe(e) glyphe[e] <=> EX_glypro(e) glypro[e] <=> EX_glytyr(e) glytyr[e] <=> EX_gua(e) gua[e] <=> EX_h(e) h[e] <=> EX_h2o(e) h2o[e] <=> EX_h2s(e) h2s[e] <=> EX_hg2(e) hg2[e] <=> EX_his_L(e) his_L[e] <=> EX_ile_L(e) ile_L[e] <=> EX_inost(e) inost[e] <=> EX_ins(e) ins[e] <=> EX_k(e) k[e] <=> EX_lcts(e) lcts[e] <=> EX_leu_L(e) leu_L[e] <=> EX_lys_L(e) lys_L[e] <=> EX_mal_L(e) mal_L[e] <=> EX_malt(e) malt[e] <=> EX_man(e) man[e] <=> EX_met_D(e) met_D[e] <=> EX_met_L(e) met_L[e] <=> EX_metala(e) metala[e] <=> EX_metsox_R_L(e) metsox_R_L[e] <=> EX_metsox_S_L(e) metsox_S_L[e] <=> EX_mg2(e) mg2[e] <=> EX_mn2(e) mn2[e] <=> EX_mnl(e) mnl[e] <=> EX_na1(e) na1[e] <=> EX_nac(e) nac[e] <=> EX_nh4(e) nh4[e] <=> EX_no2(e) no2[e] <=> EX_no3(e) no3[e] <=> EX_o2(e) o2[e] <=> EX_orn(e) orn[e] <=> EX_pb(e) pb[e] <=> EX_phe_L(e) phe_L[e] <=> EX_pheme(e) pheme[e] <=> EX_pi(e) pi[e] <=> EX_pime(e) pime[e] <=> EX_ppa(e) ppa[e] <=> EX_ppi(e) ppi[e] <=> EX_pro_L(e) pro_L[e] <=> EX_ptrc(e) ptrc[e] <=> EX_pydam(e) pydam[e] <=> EX_pydx(e) pydx[e] <=> EX_pydxn(e) pydxn[e] <=> EX_rib_D(e) rib_D[e] <=> EX_ribflv(e) ribflv[e] <=> EX_salcn(e) salcn[e] <=> EX_sbt_D(e) sbt_D[e] <=> EX_ser_D(e) ser_D[e] <=> EX_ser_L(e) ser_L[e] <=> EX_so3(e) so3[e] <=> EX_so4(e) so4[e] <=> EX_spmd(e) spmd[e] <=> EX_succ(e) succ[e] <=> EX_sucr(e) sucr[e] <=> EX_thm(e) thm[e] <=> EX_thr_L(e) thr_L[e] <=> EX_thymd(e) thymd[e] <=> EX_tre(e) tre[e] <=> EX_tyr_L(e) tyr_L[e] <=> EX_ura(e) ura[e] <=> EX_urea(e) urea[e] <=> EX_uri(e) uri[e] <=> EX_val_L(e) val_L[e] <=> EX_xan(e) xan[e] <=> EX_zn2(e) zn2[e] <=> FACOAL140 atp[c] + coa[c] + ttdca[c] <=> amp[c] + ppi[c] + tdcoa[c] FACOAL160 atp[c] + coa[c] + hdca[c] <=> amp[c] + pmtcoa[c] + ppi[c] FACOAL161 atp[c] + coa[c] + hdcea[c] <=> amp[c] + hdcoa[c] + ppi[c] FACOAL180 atp[c] + coa[c] + ocdca[c] <=> amp[c] + ppi[c] + stcoa[c] FACOAL181 atp[c] + coa[c] + ocdcea[c] <=> amp[c] + odecoa[c] + ppi[c] FACOALAI15 atp[c] + coa[c] + fa4[c] <=> aipdcoa[c] + amp[c] + ppi[c] FACOALAI17 atp[c] + coa[c] + fa12[c] <=> aihpdcoa[c] + amp[c] + ppi[c] FACOALI14 atp[c] + coa[c] + fa1[c] <=> amp[c] + itdcoa[c] + ppi[c] FACOALI15 atp[c] + coa[c] + fa3[c] <=> amp[c] + ipdcoa[c] + ppi[c] FACOALI16 atp[c] + coa[c] + fa6[c] <=> amp[c] + ihdcoa[c] + ppi[c] FACOALI17 atp[c] + coa[c] + fa11[c] <=> amp[c] + ihpdcoa[c] + ppi[c] FBA fdp[c] <=> dhap[c] + g3p[c] FBA2 f1p[c] <=> dhap[c] + glyald[c] FBA3 s17bp[c] <=> dhap[c] + e4p[c] FBP fdp[c] + h2o[c] -> f6p[c] + pi[c] FCLTc fe2[c] + ppp9[c] -> 2 h[c] + pheme[c] FDH for[c] + nad[c] -> co2[c] + nadh[c] FE2DH 2 fe2[c] + h[c] + nad[c] <=> 2 fe3[c] + nadh[c] FE2abc atp[c] + fe2[e] + h2o[c] -> adp[c] + fe2[c] + h[c] + pi[c] FE3abc atp[c] + fe3[e] + h2o[c] -> adp[c] + fe3[c] + h[c] + pi[c] FE3t4 fe3[e] -> fe3[c] FECRMabc atp[c] + fecrm[e] + h2o[c] -> adp[c] + fecrm[c] + h[c] + pi[c] FEDCabc atp[c] + 2 cit[e] + fe3[e] + h2o[c] -> adp[c] + 2 cit[c] + fe3[c] + h[c] + pi[c] FERO 4 fe2[c] + 4 h[c] + o2[c] -> 4 fe3[c] + 2 h2o[c] FFSD h2o[c] + suc6p[c] -> fru[c] + g6p[c] FGLU forglu[c] + h2o[c] + h[c] -> frmd[c] + glu_L[c] FK atp[c] + fuc_L[c] -> adp[c] + fuc1p_L[c] + h[c] FLVRx h[c] + nadh[c] + ribflv[c] -> nad[c] + rbflvrd[c] FMNAT atp[c] + fmn[c] + h[c] -> fad[c] + ppi[c] FOLD3 2ahhmd[c] + 4abz[c] -> dhpt[c] + ppi[c] FOMETR 5fthf[c] + h[c] <=> h2o[c] + methf[c] FPGS atp[c] + 4 glu_L[c] + thf[c] -> 5thf[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS7 10fthf[c] + atp[c] + 4 glu_L[c] -> 10fthf5glu[c] + adp[c] + 3 h2o[c] + h[c] + pi[c] FPGS_tm atp[c] + glu_L[c] + thf[c] -> adp[c] + h[c] + pi[c] + thfglu[c] FRD2 fum[c] + mql8[c] -> mqn8[c] + succ[c] FRD3 2dmmql8[c] + fum[c] -> 2dmmq8[c] + succ[c] FRD7 fum[c] + q8h2[c] -> q8[c] + succ[c] FRTT frdp[c] + ipdp[c] -> ggdp[c] + ppi[c] FRUK atp[c] + f1p[c] -> adp[c] + fdp[c] + h[c] FRUpts fru[e] + pep[c] -> f1p[c] + pyr[c] FT frdp[c] + ipdp[c] -> ppi[c] + ttc_ggdp[c] FTHFCL 5fthf[c] + atp[c] -> adp[c] + methf[c] + pi[c] FTHFL atp[c] + for[c] + thf[c] -> 10fthf[c] + adp[c] + pi[c] FUM fum[c] + h2o[c] <=> mal_L[c] G16BPS 13dpg[c] + g1p[c] <=> 3pg[c] + M01966[c] G1PACT accoa[c] + gam1p[c] -> acgam1p[c] + coa[c] + h[c] G1SAT glu1sa[c] <=> 5aop[c] G3PAT120 ddcaACP[c] + glyc3p[c] -> 1ddecg3p[c] + ACP[c] G3PAT140 glyc3p[c] + myrsACP[c] -> 1tdecg3p[c] + ACP[c] G3PAT141 glyc3p[c] + tdeACP[c] -> 1tdec7eg3p[c] + ACP[c] G3PAT160 glyc3p[c] + palmACP[c] -> 1hdecg3p[c] + ACP[c] G3PAT161 glyc3p[c] + hdeACP[c] -> 1hdec9eg3p[c] + ACP[c] G3PAT180 glyc3p[c] + ocdcaACP[c] -> 1odecg3p[c] + ACP[c] G3PAT181 glyc3p[c] + octeACP[c] -> 1odec11eg3p[c] + ACP[c] G3PATAI15 aipdcoa[c] + glyc3p[c] + h[c] -> 1aipdecg3p[c] + coa[c] G3PATAI17 aihpdcoa[c] + glyc3p[c] -> 1aihpdecg3p[c] + coa[c] G3PATI14 glyc3p[c] + h[c] + itdcoa[c] -> 1itdecg3p[c] + coa[c] G3PATI15 glyc3p[c] + h[c] + ipdcoa[c] -> 1ipdecg3p[c] + coa[c] G3PATI16 glyc3p[c] + h[c] + ihdcoa[c] -> 1ihdecg3p[c] + coa[c] G3PATI17 glyc3p[c] + ihpdcoa[c] -> 1ihpdecg3p[c] + coa[c] G3PCT ctp[c] + glyc3p[c] + h[c] -> cdpglyc[c] + ppi[c] G3PD1 glyc3p[c] + nad[c] <=> dhap[c] + h[c] + nadh[c] G3PD2 glyc3p[c] + nadp[c] <=> dhap[c] + h[c] + nadph[c] G3PD5 glyc3p[c] + q8[c] -> dhap[c] + q8h2[c] G3PD6 glyc3p[c] + mqn8[c] -> dhap[c] + mql8[c] G3PD7 2dmmq8[c] + glyc3p[c] -> 2dmmql8[c] + dhap[c] G3PD8i fad[c] + glyc3p[c] -> dhap[c] + fadh2[c] G5SADs glu5sa[c] -> 1pyr5c[c] + h2o[c] + h[c] G6PBDH g6p_B[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PDA gam6p[c] + h2o[c] -> f6p[c] + nh4[c] G6PDH2r g6p[c] + nadp[c] <=> 6pgl[c] + h[c] + nadph[c] G6PI g6p[c] <=> g6p_B[c] G6PI3 g6p_B[c] <=> f6p[c] GAL6PI dgal6p[c] <=> tag6p_D[c] GALK atp[c] + gal[c] -> adp[c] + gal1p[c] + h[c] GALM1r glc_bD[c] <=> glc_D[c] GALT gal1p[c] + h[c] + utp[c] <=> ppi[c] + udpgal[c] GALTpts galt[e] + pep[c] -> galt1p[c] + pyr[c] GALU g1p[c] + h[c] + utp[c] <=> ppi[c] + udpg[c] GALabc atp[c] + gal[e] + h2o[c] -> adp[c] + gal[c] + h[c] + pi[c] GAMpts gam[e] + pep[c] -> gam6p[c] + pyr[c] GAPD g3p[c] + nad[c] + pi[c] <=> 13dpg[c] + h[c] + nadh[c] GAPD_NADP g3p[c] + nadp[c] + pi[c] <=> 13dpg[c] + h[c] + nadph[c] GARFTi 10fthf[c] + gar[c] -> fgam[c] + h[c] + thf[c] GBBTNabc atp[c] + gbbtn[e] + h2o[c] -> adp[c] + gbbtn[c] + h[c] + pi[c] GCALDL co2[c] + gcald[c] -> h[c] + hpyr[c] GCALDt gcald[e] <=> gcald[c] GCCa gly[c] + h[c] + lpro[c] -> alpro[c] + co2[c] GCCb alpro[c] + thf[c] -> dhlpro[c] + mlthf[c] + nh4[c] GCCc dhlpro[c] + nad[c] -> h[c] + lpro[c] + nadh[c] GF6PTA f6p[c] + gln_L[c] -> gam6p[c] + glu_L[c] GGGABADr ggbutal[c] + h2o[c] + nadp[c] <=> gg4abut[c] + 2 h[c] + nadph[c] GGGABARr ggbutal[c] + h2o[c] + nad[c] <=> gg4abut[c] + 2 h[c] + nadh[c] GGT 2 ggdp[c] <=> pphtd[c] + ppi[c] GGTA cgly[c] + glu_L[c] -> gthrd[c] + h2o[c] GGTT ggdp[c] + ipdp[c] -> pendp[c] + ppi[c] GHMT2r ser_L[c] + thf[c] <=> gly[c] + h2o[c] + mlthf[c] GK1 atp[c] + gmp[c] <=> adp[c] + gdp[c] GK2 datp[c] + gmp[c] <=> dadp[c] + gdp[c] GLCNt2r glcn[e] + h[e] <=> glcn[c] + h[c] GLCabc atp[c] + glc_D[e] + h2o[c] -> adp[c] + glc_D[c] + h[c] + pi[c] GLCpts glc_D[e] + pep[c] -> g6p[c] + pyr[c] GLFRDO fdxox[c] + 2 glu_L[c] <=> akg[c] + fdxrd[c] + gln_L[c] GLNS atp[c] + glu_L[c] + nh4[c] -> adp[c] + gln_L[c] + h[c] + pi[c] GLNSP1 atp[c] + nh4[c] + uaaAgla[c] -> adp[c] + h[c] + pi[c] + uaaAgtla[c] GLNSP2 atp[c] + nh4[c] + uaaGgla[c] -> adp[c] + h[c] + pi[c] + uaaGgtla[c] GLNSP3 atp[c] + nh4[c] + uaagmda[c] -> adp[c] + h[c] + pi[c] + uaagtmda[c] GLNt2r gln_L[e] + h[e] <=> gln_L[c] + h[c] GLUDC glu_L[c] + h[c] -> 4abut[c] + co2[c] GLUDxi glu_L[c] + h2o[c] + nad[c] -> akg[c] + h[c] + nadh[c] + nh4[c] GLUFORT 5forthf[c] + glu_L[c] <=> forglu[c] + h[c] + thf[c] GLUPRT gln_L[c] + h2o[c] + prpp[c] -> glu_L[c] + ppi[c] + pram[c] GLUR glu_D[c] <=> glu_L[c] GLUTRR glutrna[c] + h[c] + nadph[c] -> glu1sa[c] + nadp[c] + trnaglu[c] GLUTRS atp[c] + glu_L[c] + trnaglu[c] -> amp[c] + glutrna[c] + ppi[c] GLUabc atp[c] + glu_L[e] + h2o[c] -> adp[c] + glu_L[c] + h[c] + pi[c] GLUt2r glu_L[e] + h[e] <=> glu_L[c] + h[c] GLXO1 glx[c] + h2o[c] + nad[c] -> 2 h[c] + nadh[c] + oxa[c] GLYASN1c glyasn[c] + h2o[c] <=> asn_L[c] + gly[c] GLYASNabc atp[c] + glyasn[e] + h2o[c] -> adp[c] + glyasn[c] + h[c] + pi[c] GLYASP1c glyasp[c] + h2o[c] <=> asp_L[c] + gly[c] GLYASPabc atp[c] + glyasp[e] + h2o[c] -> adp[c] + glyasp[c] + h[c] + pi[c] GLYAT accoa[c] + gly[c] <=> 2aobut[c] + coa[c] GLYBabc atp[c] + glyb[e] + h2o[c] -> adp[c] + glyb[c] + h[c] + pi[c] GLYBt2r glyb[e] + h[e] <=> glyb[c] + h[c] GLYCL gly[c] + nad[c] + thf[c] -> co2[c] + mlthf[c] + nadh[c] + nh4[c] GLYCLTDx glx[c] + h[c] + nadh[c] -> glyclt[c] + nad[c] GLYCLTDy glx[c] + h[c] + nadph[c] -> glyclt[c] + nadp[c] GLYCYSabc atp[c] + glycys[e] + h2o[c] -> adp[c] + glycys[c] + h[c] + pi[c] GLYCt glyc[c] <=> glyc[e] GLYD h[c] + hpyr[c] + nadh[c] <=> glyc_R[c] + nad[c] GLYDy h[c] + hpyr[c] + nadph[c] <=> glyc_R[c] + nadp[c] GLYGLN1c glygln[c] + h2o[c] <=> gln_L[c] + gly[c] GLYGLNabc atp[c] + glygln[e] + h2o[c] -> adp[c] + glygln[c] + h[c] + pi[c] GLYGLU1c glyglu[c] + h2o[c] <=> glu_L[c] + gly[c] GLYGLUabc atp[c] + glyglu[e] + h2o[c] -> adp[c] + glyglu[c] + h[c] + pi[c] GLYK atp[c] + glyc[c] -> adp[c] + glyc3p[c] + h[c] GLYLEUHYDROc glyleu[c] + h2o[c] <=> gly[c] + leu_L[c] GLYLEUPEPT1tc glyleu[e] + h[e] -> glyleu[c] + h[c] GLYMET1c glymet[c] + h2o[c] <=> gly[c] + met_L[c] GLYMETabc atp[c] + glymet[e] + h2o[c] -> adp[c] + glymet[c] + h[c] + pi[c] GLYO gly[c] + o2[c] -> h2o2[c] + imogly[c] GLYO1i gly[c] + h2o[c] + o2[c] -> glx[c] + h2o2[c] + nh4[c] GLYOX h2o[c] + lgt_S[c] -> gthrd[c] + h[c] + lac_D[c] GLYPHEHYc glyphe[c] + h2o[c] <=> gly[c] + phe_L[c] GLYPHEabc atp[c] + glyphe[e] + h2o[c] -> adp[c] + glyphe[c] + h[c] + pi[c] GLYPROPRO1c glypro[c] + h2o[c] <=> gly[c] + pro_L[c] GLYPROabc atp[c] + glypro[e] + h2o[c] -> adp[c] + glypro[c] + h[c] + pi[c] GLYTYR1c glytyr[c] + h2o[c] <=> gly[c] + tyr_L[c] GLYTYRabc atp[c] + glytyr[e] + h2o[c] -> adp[c] + glytyr[c] + h[c] + pi[c] GLYt2r gly[e] + h[e] <=> gly[c] + h[c] GMPR gmp[c] + 2 h[c] + nadph[c] -> imp[c] + nadp[c] + nh4[c] GMPS2 atp[c] + gln_L[c] + h2o[c] + xmp[c] -> amp[c] + glu_L[c] + gmp[c] + 2 h[c] + ppi[c] GND 6pgc[c] + nadp[c] -> co2[c] + nadph[c] + ru5p_D[c] GND2 6pgc[c] + nad[c] -> co2[c] + nadh[c] + ru5p_D[c] GNK atp[c] + glcn[c] -> 6pgc[c] + adp[c] + h[c] GNNUC gsn[c] + h2o[c] -> gua[c] + rib_D[c] GNOX glc_bD[c] + nad[c] <=> g15lac[c] + h[c] + nadh[c] GNOXy glc_bD[c] + nadp[c] <=> g15lac[c] + h[c] + nadph[c] GPDDA1 g3pc[c] + h2o[c] -> chol[c] + glyc3p[c] + h[c] GPDDA2 g3pe[c] + h2o[c] -> etha[c] + glyc3p[c] + h[c] GPDDA4 g3pg[c] + h2o[c] -> glyc3p[c] + glyc[c] + h[c] GRTT grdp[c] + ipdp[c] -> frdp[c] + ppi[c] GTHP 2 gthrd[c] + h2o2[c] -> gthox[c] + 2 h2o[c] GTPCI gtp[c] + h2o[c] -> ahdt[c] + for[c] + h[c] GTPCII gtp[c] + 3 h2o[c] -> 25dhpp[c] + for[c] + 2 h[c] + ppi[c] GTPCII2 gtp[c] + 3 h2o[c] -> 25drapp[c] + for[c] + 2 h[c] + ppi[c] GTPDPK atp[c] + gtp[c] -> amp[c] + gdptp[c] + h[c] GUAPRT gua[c] + prpp[c] -> gmp[c] + ppi[c] GUAt2 gua[e] + h[e] -> gua[c] + h[c] H2CO3D co2[c] + h2o[c] <=> h[c] + hco3[c] H2Ot h2o[e] <=> h2o[c] H2St h2s[e] <=> h2s[c] HACD1 aacoa[c] + h[c] + nadh[c] <=> 3hbcoa[c] + nad[c] HACD2 3ohcoa[c] + h[c] + nadh[c] <=> 3hhcoa[c] + nad[c] HACD3 3oocoa[c] + h[c] + nadh[c] <=> 3hocoa[c] + nad[c] HACD4 3odcoa[c] + h[c] + nadh[c] <=> 3hdcoa[c] + nad[c] HACD5 3oddcoa[c] + h[c] + nadh[c] <=> 3hddcoa[c] + nad[c] HACD6 3otdcoa[c] + h[c] + nadh[c] <=> 3htdcoa[c] + nad[c] HACD7 3ohdcoa[c] + h[c] + nadh[c] <=> 3hhdcoa[c] + nad[c] HACD9 3hmbcoa[c] + nad[c] <=> 2maacoa[c] + h[c] + nadh[c] HADPCOADH3 3hadpcoa[c] + nad[c] -> h[c] + nadh[c] + oxadpcoa[c] HBZOPT 4hbz[c] + octdp[c] -> 3ophb[c] + ppi[c] HDG3PACT glyc3p[c] + ihdcoa[c] <=> 1hdecg3p[c] + coa[c] HEMEOS frdp[c] + h2o[c] + pheme[c] -> hemeO[c] + ppi[c] HEMEti atp[c] + h2o[c] + pheme[e] -> adp[c] + h[c] + pheme[c] + pi[c] HETT hepdp[c] + ipdp[c] -> octdp[c] + ppi[c] HETZK 4mhetz[c] + atp[c] -> 4mpetz[c] + adp[c] + h[c] HEX1 atp[c] + glc_D[c] -> adp[c] + g6p[c] + h[c] HEX7 atp[c] + fru[c] -> adp[c] + f6p[c] + h[c] HEXTT hexdp[c] + ipdp[c] -> hepdp[c] + ppi[c] HEXb atp[c] + glc_bD[c] -> adp[c] + g6p_B[c] + h[c] HG2abc atp[c] + h2o[c] + hg2[c] -> adp[c] + h[c] + hg2[e] + pi[c] HIBD 3hmp[c] + nad[c] -> 2mop[c] + h[c] + nadh[c] HISD his_L[c] -> nh4[c] + urcan[c] HISt2r h[e] + his_L[e] <=> h[c] + his_L[c] HMBS h2o[c] + 4 ppbng[c] -> hmbil[c] + 4 nh4[c] HMGCOARxi 2 h[c] + hmgcoa[c] + 2 nadh[c] -> coa[c] + mev_R[c] + 2 nad[c] HMGCOAS coa[c] + h[c] + hmgcoa[c] <=> aacoa[c] + accoa[c] + h2o[c] HMPK1 4ahmmp[c] + atp[c] -> 4ampm[c] + adp[c] + h[c] HPPK 2ahhmp[c] + atp[c] -> 2ahhmd[c] + amp[c] + h[c] HPPK2 6hmhpt[c] + atp[c] -> 6hmhptpp[c] + amp[c] + h[c] HSDx hom_L[c] + nad[c] <=> aspsa[c] + h[c] + nadh[c] HSDy hom_L[c] + nadp[c] <=> aspsa[c] + h[c] + nadph[c] HSERTA accoa[c] + hom_L[c] <=> achms[c] + coa[c] HSK atp[c] + hom_L[c] -> adp[c] + h[c] + phom[c] HSNOOX 4hmsaclt[c] + 2 h[c] + nadh[c] + o2[c] <=> 4hmcachl[c] + co2[c] + h2o[c] + nad[c] HSTPTr akg[c] + hisp[c] <=> glu_L[c] + imacp[c] HXPRT hxan[c] + prpp[c] -> imp[c] + ppi[c] HYD1 h2[c] + 2 h[c] + q8[c] -> 2 h[e] + q8h2[c] HYPSUCORNS orn[c] + succ[c] -> h2o[c] + sucorn[c] IAHDGK 12daihdglyc[c] + atp[c] -> adp[c] + h[c] + paai17[c] IAPDGK 12daipdglyc[c] + atp[c] -> adp[c] + h[c] + paai15[c] IBCOATA ACP[c] + ibcoa[c] <=> 2mpropACP[c] + coa[c] ICHORS chor[c] <=> ichor[c] IGPS 2cpr5p[c] + h[c] -> 3ig3p[c] + co2[c] + h2o[c] IHDCOATA 14mpentdecACP[c] + coa[c] <=> ACP[c] + ihdcoa[c] IHDGK 12dihdglyc[c] + atp[c] -> adp[c] + h[c] + pai17[c] IHDUDPG m12dihglyc[c] + udpg[c] <=> diglcpgi17[c] + h[c] + udp[c] IHDUDPMG 12dihdglyc[c] + udpg[c] <=> h[c] + m12dihglyc[c] + udp[c] IHPDCOATA 15mpalmACP[c] + coa[c] <=> ACP[c] + ihpdcoa[c] IHXDGK 12dixdglyc[c] + atp[c] -> adp[c] + h[c] + pai16[c] ILETA akg[c] + ile_L[c] <=> 3mop[c] + glu_L[c] ILEt2r h[e] + ile_L[e] <=> h[c] + ile_L[c] IMACTD h2o[c] + im4act[c] + nad[c] -> 2 h[c] + im4ac[c] + nadh[c] IMPC h2o[c] + imp[c] <=> fprica[c] IMPD h2o[c] + imp[c] + nad[c] -> h[c] + nadh[c] + xmp[c] INSH h2o[c] + ins[c] -> hxan[c] + rib_D[c] INSTt2r h[e] + inost[e] <=> h[c] + inost[c] INSt2 h[e] + ins[e] <=> h[c] + ins[c] IPDCOATA 13mmyrsACP[c] + coa[c] <=> ACP[c] + ipdcoa[c] IPDDI ipdp[c] <=> dmpp[c] IPDGK 12dipdglyc[c] + atp[c] -> adp[c] + h[c] + pai15[c] IPDUDPG m12dipglyc[c] + udpg[c] <=> diglcpgi15[c] + h[c] + udp[c] IPDUDPMG 12dipdglyc[c] + udpg[c] <=> h[c] + m12dipglyc[c] + udp[c] IPMDr 3c2hmp[c] + nad[c] <=> 3c4mop[c] + h[c] + nadh[c] IPPMIa 3c2hmp[c] <=> 2ippm[c] + h2o[c] IPPMIb 2ippm[c] + h2o[c] <=> 3c3hmp[c] ITDCOATA 12mtridecACP[c] + coa[c] <=> ACP[c] + itdcoa[c] ITDGK 12ditdglyc[c] + atp[c] -> adp[c] + h[c] + pai14[c] ITDUDPG m12ditglyc[c] + udpg[c] <=> diglcpgi14[c] + h[c] + udp[c] ITDUDPMG 12ditdglyc[c] + udpg[c] <=> h[c] + m12ditglyc[c] + udp[c] IVCOATA ACP[c] + ivcoa[c] <=> 3mbutACP[c] + coa[c] IXDUDPG m12dixglyc[c] + udpg[c] <=> diglcpgi16[c] + h[c] + udp[c] IXDUDPMG 12dixdglyc[c] + udpg[c] <=> h[c] + m12dixglyc[c] + udp[c] IZPN 4izp[c] + h2o[c] -> forglu[c] + h[c] KARA1 23dhmb[c] + nadp[c] <=> alac_S[c] + h[c] + nadph[c] KARA2 2ahbut[c] + h[c] + nadph[c] <=> 23dhmp[c] + nadp[c] KARA3 23dhmb[c] + nadp[c] <=> 33hmeoxobut[c] + h[c] + nadph[c] KAS14 acACP[c] + h[c] + malACP[c] -> ACP[c] + actACP[c] + co2[c] KAS_HP 2 h[c] + malACP[c] + myrsACP[c] + nadph[c] -> 3hpalmACP[c] + ACP[c] + co2[c] + nadp[c] KDOCT2 ctp[c] + kdo[c] -> ckdo[c] + ppi[c] Kt1r k[e] <=> k[c] Kt3 h[e] + k[c] -> h[c] + k[e] L2A6ODs l2a6o[c] -> h2o[c] + h[c] + thdp[c] LACLi lac_L[c] -> acald[c] + for[c] LACpts lcts[e] + pep[c] -> lac6p[c] + pyr[c] LARGNAT Largn[c] + oaa[c] <=> asp_L[c] + pphn[c] LCADi h2o[c] + lald_L[c] + nad[c] -> 2 h[c] + lac_L[c] + nadh[c] LCYSTCBOXL Lcyst[c] + h[c] -> co2[c] + taur[c] LDH_L lac_L[c] + nad[c] <=> h[c] + nadh[c] + pyr[c] LEUTA akg[c] + leu_L[c] <=> 4mop[c] + glu_L[c] LEUt2r h[e] + leu_L[e] <=> h[c] + leu_L[c] LPAMMBT 3m1hbtpp[c] + lpam[c] <=> HC01377[c] + thmpp[c] LPAMMBT2 2m1hbtpp[c] + lpam[c] <=> HC01376[c] + thmpp[c] LPAMMPT 2m1hptpp[c] + lpam[c] <=> 2mpdhl[c] + thmpp[c] LPAMS adhlam[c] + thmpp[c] -> hethmpp[c] + lpam[c] LPLIPAL1A120 1ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + h[c] LPLIPAL1A140 1tdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdca[c] LPLIPAL1A141 1tdec7eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ttdcea[c] LPLIPAL1A160 1hdecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdca[c] LPLIPAL1A161 1hdec9eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + hdcea[c] LPLIPAL1A180 1odecg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdca[c] LPLIPAL1A181 1odec11eg3p[c] + h2o[c] -> glyc3p[c] + h[c] + ocdcea[c] LPLIPAL1E120 1agpe120[c] + h2o[c] -> ddca[c] + g3pe[c] + h[c] LPLIPAL1E140 1agpe140[c] + h2o[c] -> g3pe[c] + h[c] + ttdca[c] LPLIPAL1E141 1agpe141[c] + h2o[c] -> g3pe[c] + h[c] + ttdcea[c] LPLIPAL1E160 1agpe160[c] + h2o[c] -> g3pe[c] + h[c] + hdca[c] LPLIPAL1E161 1agpe161[c] + h2o[c] -> g3pe[c] + h[c] + hdcea[c] LPLIPAL1E180 1agpe180[c] + h2o[c] -> g3pe[c] + h[c] + ocdca[c] LPLIPAL1E181 1agpe181[c] + h2o[c] -> g3pe[c] + h[c] + ocdcea[c] LPLIPAL1G120 1agpg120[c] + h2o[c] -> ddca[c] + g3pg[c] + h[c] LPLIPAL1G140 1agpg140[c] + h2o[c] -> g3pg[c] + h[c] + ttdca[c] LPLIPAL1G141 1agpg141[c] + h2o[c] -> g3pg[c] + h[c] + ttdcea[c] LPLIPAL1G160 1agpg160[c] + h2o[c] -> g3pg[c] + h[c] + hdca[c] LPLIPAL1G161 1agpg161[c] + h2o[c] -> g3pg[c] + h[c] + hdcea[c] LPLIPAL1G180 1agpg180[c] + h2o[c] -> g3pg[c] + h[c] + ocdca[c] LPLIPAL1G181 1agpg181[c] + h2o[c] -> g3pg[c] + h[c] + ocdcea[c] LPLIPAL2A120 2ddecg3p[c] + h2o[c] -> ddca[c] + glyc3p[c] + 2 h[c] LPLIPAL2A140 2tdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdca[c] LPLIPAL2A141 2tdec7eg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + ttdcea[c] LPLIPAL2A160 2hdecg3p[c] + h2o[c] -> glyc3p[c] + 2 h[c] + hdca[c] LPLIPAL2A161 2hdec9eg3p[c] + h2o[...
ans = 'cell'
value class is:
ans = 'double'
test Each model.subSystems{x} is a character array, and this format is retained. Each model.subSystems{x} has been changed to a character array. Each model.subSystems{x} has been changed to a character array. biomassPan 0.0079397 10fthf[c] + 0.0079397 2dmmq8[c] + 0.0079397 5mthf[c] + 0.0079397 ACP[c] + 0.0018061 PGP[c] + 0.0079397 adocbl[c] + 0.0018061 ai17tca1[c] + 0.0018061 ai17tcaacgam[c] + 0.0018061 ai17tcaala_D[c] + 0.0018061 ai17tcaglc[c] + 0.26756 ala_L[c] + 0.0079397 amet[c] + 0.1934 arg_L[c] + 0.14833 asn_L[c] + 0.14833 asp_L[c] + 41.2914 atp[c] + 0.0079397 ca2[c] + 0.0079397 cl[c] + 0.0085871 clpn180[c] + 0.0085871 clpnai17[c] + 0.0085871 clpni17[c] + 0.0079397 coa[c] + 0.0079397 cobalt2[c] + 0.026124 ctp[c] + 0.0079397 cu2[c] + 0.056954 cys_L[c] + 0.017958 datp[c] + 0.0089197 dctp[c] + 0.0089197 dgtp[c] + dnarep[c] + 0.017958 dttp[c] + 0.0079397 fad[c] + 0.0079397 fe2[c] + 0.0079397 fe3[c] + 0.26101 gln_L[c] + 0.26101 glu_L[c] + 0.40933 gly[c] + 0.0018061 glyc45tca[c] + 0.0018061 glyc45tcaala_D[c] + 0.0018061 glyc45tcaglc[c] + 0.0079397 gthrd[c] + 0.042403 gtp[c] + 41.257 h[c] + 0.081948 his_L[c] + 0.0018061 i17tca1[c] + 0.0018061 i17tcaacgam[c] + 0.0018061 i17tcaala_D[c] + 0.0018061 i17tcaglc[c] + 0.27043 ile_L[c] + 0.0079397 k[c] + 0.34746 leu_L[c] + 0.3237 lys_L[c] + 0.1135 met_L[c] + 0.0079397 mg2[c] + 0.0079397 mn2[c] + 0.0079397 mqn8[c] + 0.0079397 nad[c] + 0.0079397 nadp[c] + 0.0085871 pe180[c] + 0.0085871 peai17[c] + 0.0085871 pei17[c] + 0.0085871 pg180[c] + 0.0085871 pgai17[c] + 0.0085871 pgi17[c] + 0.17619 phe_L[c] + 0.0079397 pheme[c] + 0.16103 pro_L[c] + proteinsynth[c] + 0.0079397 ptrc[c] + 0.0079397 pydx5p[c] + 0.0079397 q8[c] + 0.0079397 ribflv[c] + rnatrans[c] + 0.21675 ser_L[c] + 0.0079397 sheme[c] + 0.0079397 so4[c] + 0.0079397 spmd[c] + 0.0018061 sttca1[c] + 0.0018061 sttcaacgam[c] + 0.0018061 sttcaala_D[c] + 0.0018061 sttcaglc[c] + 0.0018061 tcam[c] + 0.0079397 thf[c] + 0.0079397 thmpp[c] + 0.18684 thr_L[c] + 0.054496 trp_L[c] + 0.11104 tyr_L[c] + 0.0018061 udcpdp[c] + 0.028225 utp[c] + 0.30772 val_L[c] + 0.0079397 zn2[c] -> 0.0072242 PGPm1[c] + 41.257 adp[c] + 0.0079397 apoACP[c] + biomass[c] + 0.0079397 cbi[c] + 0.0079397 dmbzid[c] + 45.354 h2o[c] + 41.2491 pi[c] + 0.1849 ppi[c] Adding the following Metabolites to the model: 10fthf5glu[c] 10fthf[c] 10m3hddcaACP[c] 10m3hundecACP[c] 10m3oddcaACP[c] 10m3oundecACP[c] 10mddcaACP[c] 10mtddec2eACP[c] 10mtundec2eACP[c] 10mundecACP[c] 11m3hddcaACP[c] 11m3oddcaACP[c] 11mddcaACP[c] 11mtddec2eACP[c] 12daihdglyc[c] 12daipdglyc[c] 12dgr140[c] 12dgr160[c] 12dgr180[c] 12dgr180[e] 12dihdglyc[c] 12dipdglyc[c] 12ditdglyc[c] 12dixdglyc[c] 12m3hmyrsACP[c] 12m3htridecACP[c] 12m3omyrsACP[c] 12m3otridecACP[c] 12mmyrsACP[c] 12mtmrs2eACP[c] 12mtridecACP[c] 12mttritec2eACP[c] 12npthldl[c] 13dpg[c] 13m3hmyrsACP[c] 13m3omyrsACP[c] 13mmyrsACP[c] 13mtmrs2eACP[c] 14m3hpalmACP[c] 14m3hpentdecACP[c] 14m3opalmACP[c] 14m3opentdecACP[c] 14mpalmACP[c] 14mpentdecACP[c] 14mtpalm2eACP[c] 14mtpentdec2eACP[c] 15dap[c] 15m3hpalmACP[c] 15m3opalmACP[c] 15mpalmACP[c] 15mtpalm2eACP[c] 1agpe120[c] 1agpe140[c] 1agpe141[c] 1agpe160[c] 1agpe161[c] 1agpe180[c] 1agpe181[c] 1agpg120[c] 1agpg140[c] 1agpg141[c] 1agpg160[c] 1agpg161[c] 1agpg180[c] 1agpg181[c] 1aihpdecg3p[c] 1aipdecg3p[c] 1ddecg3p[c] 1h2npt[c] 1hdec9eg3p[c] 1hdecg3p[c] 1ihdecg3p[c] 1ihpdecg3p[c] 1ipdecg3p[c] 1itdecg3p[c] 1odec11eg3p[c] 1odecg3p[c] 1p3h5c[c] 1p4h2cbxl[c] 1pyr5c[c] 1tdec7eg3p[c] 1tdecg3p[c] 23camp[c] 23ccmp[c] 23cgmp[c] 23cump[c] 23ddhb[c] 23dhmb[c] 23dhmp[c] 23dpg[c] 25aics[c] 25dhpp[c] 25dop[c] 25drapp[c] 26dap_LL[c] 26dap_M[c] 26dap_M[e] 2agpe120[c] 2agpe140[c] 2agpe141[c] 2agpe160[c] 2agpe161[c] 2agpe180[c] 2agpe181[c] 2agpg120[c] 2agpg140[c] 2agpg141[c] 2agpg160[c] 2agpg161[c] 2agpg180[c] 2agpg181[c] 2ahbut[c] 2ahhmd[c] 2ahhmp[c] 2ameph[c] 2aobut[c] 2c25dho[c] 2cpr5p[c] 2dda7p[c] 2ddecg3p[c] 2ddg6p[c] 2ddglcn[c] 2dh3dgal6p[c] 2dhp[c] 2dmmq8[c] 2dmmql8[c] 2dr1p[c] 2dr5p[c] 2hb[c] 2hdec9eg3p[c] 2hdecg3p[c] 2hmc[c] 2hymeph[c] 2ippm[c] 2m1hbtpp[c] 2m1hptpp[c] 2maacoa[c] 2mahmp[c] 2mb2coa[c] 2mbcoa[c] 2mbutACP[c] 2me4p[c] 2mop[c] 2mp2coa[c] 2mpdhl[c] 2mpropACP[c] 2obut[c] 2odec11eg3p[c] 2odecg3p[c] 2ohph[c] 2ombzl[c] 2omhmbl[c] 2ommbl[c] 2omph[c] 2oph[c] 2p4c2me[c] 2pg[c] 2pglyc[c] 2s5epchc[c] 2shchc[c] 2tdec7eg3p[c] 2tdecg3p[c] 33hmeoxobut[c] 34dhmald[c] 34dhoxpeg[c] 34hpp[c] 3abutcoa[c] 3amp[c] 3c2hmp[c] 3c3hmp[c] 3c4mop[c] 3cmp[c] 3dhq[c] 3dhsk[c] 3gmp[c] 3h3mop[c] 3haACP[c] 3hadpcoa[c] 3hbcoa[c] 3hbcoa_R[c] 3hdcoa[c] 3hddcoa[c] 3hddecACP[c] 3hdecACP[c] 3hhcoa[c] 3hhdcoa[c] 3hhexACP[c] 3hibutcoa[c] 3hmbcoa[c] 3hmp[c] 3hmrsACP[c] 3hocoa[c] 3hoctACP[c] 3hoctaACP[c] 3hpalmACP[c] 3htdcoa[c] 3ig3p[c] 3m1hbtpp[c] 3mbutACP[c] 3mcat[c] 3mob[c] 3mop[c] 3mop[e] 3msaclt[c] 3ocddec5eACP[c] 3ocmrs7eACP[c] 3ocpalm9eACP[c] 3ocvac11eACP[c] 3odcoa[c] 3oddcoa[c] 3oddecACP[c] 3odecACP[c] 3ohcoa[c] 3ohdcoa[c] 3ohexACP[c] 3omrsACP[c] 3oocoa[c] 3ooctACP[c] 3ooctdACP[c] 3opalmACP[c] 3ophb[c] 3otdcoa[c] 3padsel[c] 3pg[c] 3php[c] 3psme[c] 3uib[c] 3ump[c] 4abut[c] 4abutn[c] 4abz[c] 4abz[e] 4adcho[c] 4ahmmp[c] 4ampm[c] 4c2me[c] 4gubut[c] 4gudbd[c] 4h2oglt[c] 4hba[c] 4hbz[c] 4hbz[e] 4hmcachl[c] 4hmsaclt[c] 4hpro_LT[c] 4hthr[c] 4izp[c] 4m3hhexACP[c] 4m3hpentACP[c] 4m3ohexACP[c] 4m3opentACP[c] 4mcat[c] 4mhetz[c] 4mhexACP[c] 4mop[c] 4mpentACP[c] 4mpetz[c] 4mthex2eACP[c] 4mtpent2eACP[c] 4pasp[c] 4per[c] 4ppan[c] 4ppcys[c] 4r5au[c] 56dthm[c] 56dura[c] 5aizc[c] 5aop[c] 5aprbu[c] 5apru[c] 5dpmev[c] 5forthf[c] 5fthf[c] 5m3hhexACP[c] 5m3ohexACP[c] 5mhexACP[c] 5mta[c] 5mthex2eACP[c] 5mthf[c] 5mthglu[c] 5mtr[c] 5odhf2a[c] 5pmev[c] 5prdmbz[c] 5thf[c] 6hmhpt[c] 6hmhptpp[c] 6m3hheptACP[c] 6m3hocACP[c] 6m3oheptACP[c] 6m3oocACP[c] 6mheptACP[c] 6mocACP[c] 6mthept2eACP[c] 6mtoct2eACP[c] 6pgc[c] 6pgg[c] 6pgl[c] 7m3hocACP[c] 7m3oocACP[c] 7mocACP[c] 7mtoct2eACP[c] 8m3hdcaACP[c] 8m3hnonACP[c] 8m3odcaACP[c] 8m3ononACP[c] 8mdcaACP[c] 8mnonACP[c] 8mtdec2eACP[c] 8mtnon2eACP[c] 9m3hdcaACP[c] 9m3odcaACP[c] 9mdcaACP[c] 9mtdec2eACP[c] ACP[c] CE5656[c] HC00695[c] HC00900[c] HC01104[c] HC01376[c] HC01377[c] HC01434[c] HC01435[c] HC01609[c] HC01651[c] HC01652[c] HC01668[c] HC01710[c] Largn[c] Lcyst[c] M00512[c] M01966[c] N1aspmd[c] Nacasp[c] Naccitr_L[c] PGP[c] PGPm1[c] aa[c] aacald[c] aacoa[c] ab6p3hxl[c] abt[c] acACP[c] ac[c] ac[e] acaadpdp[c] acaadpsal[c] acac[c] acald[c] acald[e] acamoxm[c] acbdma14gapuc[c] accoa[c] acg5p[c] acg5sa[c] acgam1p[c] acgam6p[c] acgam[e] acglu[c] achms[c] acmalt[c] acmana[c] acmanap[c] acnam[c] acnam[e] acon_C[c] acorn[c] acryl[c] acser[c] actACP[c] actn_R[c] actn_R[e] actn_S[c] actp[c] ad[c] ade[c] adhlam[c] adn[c] adn[e] adocbi[c] adocbip[c] adocbl[c] adp[c] adprib[c] adsel[c] agdpcbi[c] agm[c] ahcys[c] ahdt[c] ai15tca1[c] ai15tcaacgam[c] ai15tcaala_D[c] ai17tca1[c] ai17tcaacgam[c] ai17tcaala_D[c] ai17tcaglc[c] aicar[c] aihpdcoa[c] aipdcoa[c] air[c] akg[c] ala_B[c] ala_D[c] ala_D[e] ala_L[c] ala_L[e] alaala[c] alaasp[c] alaasp[e] alac_S[c] alagln[c] alagln[e] alaglu[c] alaglu[e] alagly[c] alagly[e] alahis[c] alahis[e] alaleu[c] alaleu[e] alathr[c] alathr[e] allphn[c] alpro[c] amet[c] amp[c] anth[c] apoACP[c] apoC_Lys_btn[c] aps[c] arab_L[c] arbt6p[c] arbt[e] arg_L[c] arg_L[e] argsuc[c] arsenb[c] arsenb[e] asn_L[c] asn_L[e] aso3[c] aso3[e] aso4[c] aso4[e] asp_L[c] asp_L[e] aspsa[c] atp[c] b2coa[c] bamppald[c] betald[c] bhb[c] biocyt[c] biomass[c] btamp[c] btcoa[c] btd_RR[c] btd_SS[c] btn[c] btn[e] btn_co2[c] but2eACP[c] butACP[c] butpi[c] bz[c] bzam[c] ca2[c] ca2[e] cala[c] camp[c] catechol[c] cbasp[c] cbi[c] cbp[c] cd2[c] cd2[e] cddec5eACP[c] cdec3eACP[c] cdp[c] cdpdaihpdecg[c] cdpdaipdecg[c] cdpdddecg[c] cdpddg[c] cdpdhdec9eg[c] cdpdhdecg[c] cdpdihdecg[c] cdpdihpdecg[c] cdpdipdecg[c] cdpditdecg[c] cdpdodec11eg[c] cdpdodecg[c] cdpdtdec7eg[c] cdpdtdecg[c] cdpea[c] cdpglc[c] cdpglyc[c] cellb[c] cellb[e] cgly[c] cgly[e] ch4s[c] chol[c] chol[e] cholp[c] chols[c] chols[e] chor[c] cit[c] cit[e] citr_L[c] ckdo[c] cl[c] cl[e] clpn140[c] clpn160[c] clpn180[c] clpnai15[c] clpnai17[c] clpni14[c] clpni15[c] clpni16[c] clpni17[c] cmp[c] co2[c] co2[e] coa[c] cobalt2[c] cobalt2[e] cpppg1[c] cpppg3[c] crn[c] crn[e] csn[c] ctbt[c] ctbt[e] ctp[c] cu2[c] cu2[e] cys_L[c] cys_L[e] cyst_L[c] cytd[c] cytd[e] dad_2[c] dad_2[e] dadp[c] damp[c] datp[c] db4p[c] dc2coa[c] dcaACP[c] dcacoa[c] dcamp[c] dcdp[c] dcmp[c] dctp[c] dcyt[c] dcyt[e] dd2coa[c] ddcaACP[c] ddca[c] ddcacoa[c] dgdp[c] dgmp[c] dgsn[c] dgsn[e] dgtp[c] dha[c] dhap[c] dhbpt[c] dhf[c] dhlam[c] dhlpro[c] dhna[c] dhnacoa[c] dhnpt[c] dhor_S[c] dhpt[c] dhptd[c] diglcpg140[c] diglcpg160[c] diglcpg180[c] diglcpgai15[c] diglcpgai17[c] diglcpgi14[c] diglcpgi15[c] diglcpgi16[c] diglcpgi17[c] din[c] din[e] dmbzid[c] dmlz[c] dmpp[c] dnad[c] dnarep[c] dpcoa[c] drib[c] drib[e] dscl[c] dtdp[c] dtmp[c] dttp[c] dudp[c] dump[c] duri[c] duri[e] dutp[c] dxyl5p[c] e4hglu[c] e4p[c] eig3p[c] etha[c] ethamp[c] etoh[c] etoh[e] f1p[c] f6p[c] fa11[c] fa12[c] fa1[c] fa3[c] fa4[c] fa6[c] fad[c] fadh2[c] fald[c] fdp[c] fdxox[c] fdxrd[c] fe2[c] fe2[e] fe3[c] fe3[e] fecrm[c] fecrm[e] fgam[c] ficytC[c] fmn[c] fmnh2[c] focytC[c] fol[c] for[c] for[e] forglu[c] fpram[c] fprica[c] frdp[c] frmd[c] fru[c] fru[e] fuc1p_L[c] fuc_L[c] fum[c] g15lac[c] g1p[c] g3p[c] g3pc[c] g3pe[c] g3pg[c] g6p[c] g6p_B[c] gal1p[c] gal[c] gal[e] galt1p[c] galt[e] gam1p[c] gam6p[c] gam[e] gar[c] gbbtn[c] gbbtn[e] gcald[c] gcald[e] gd1b_hs[c] gdp[c] gdptp[c] gg4abut[c] ggbutal[c] ggdp[c] glc_D[c] glc_D[e] glc_bD[c] glcn[c] glcn[e] gln_L[c] gln_L[e] glu1sa[c] glu5sa[c] glu_D[c] glu_L[c] glu_L[e] glutrna[c] glx[c] gly[c] gly[e] glyald[c] glyasn[c] glyasn[e] glyasp[c] glyasp[e] glyb[c] glyb[e] glyc3p[c] glyc45tca[c] glyc45tcaala_D[c] glyc45tcaglc[c] glyc[c] glyc[e] glyc_R[c] glyclt[c] glycys[c] glycys[e] glygln[c] glygln[e] glyglu[c] glyglu[e] glyleu[c] glyleu[e] glymet[c] glymet[e] glyphe[c] glyphe[e] glypro[c] glypro[e] glytyr[c] glytyr[e] gmp[c] grdp[c] gsn[c] gt1b_hs[c] gthox[c] gthrd[c] gtp[c] gua[c] gua[e] h2[c] h2o2[c] h2o[c] h2o[e] h2s[c] h2s[e] h[c] h[e] hco3[c] hcys_L[c] hdca[c] hdcea[c] hdcoa[c] hdd2coa[c] hdeACP[c] hemeO[c] hepdp[c] hethmpp[c] hexACP[c] hexdp[c] hg2[c] hg2[e] his_L[c] his_L[e] hisp[c] histd[c] histl_L[c] hmbil[c] hmgcoa[c] hom_L[c] hpyr[c] hqn[c] hx2coa[c] hxan[c] hxcoa[c] i14tca1[c] i14tcaacgam[c] i14tcaala_D[c] i15tca1[c] i15tcaacgam[c] i15tcaala_D[c] i16tca1[c] i16tcaacgam[c] i16tcaala_D[c] i17tca1[c] i17tcaacgam[c] i17tcaala_D[c] i17tcaglc[c] ibcoa[c] ichor[c] icit[c] idp[c] ihdcoa[c] ihpdcoa[c] ile_L[c] ile_L[e] im4ac[c] im4act[c] imacp[c] imogly[c] imp[c] ind3ac[c] ind3ac[e] ind3acam[c] indole[c] indpyr[c] inost[c] inost[e] ins[c] ins[e] ipdcoa[c] ipdp[c] itdcoa[c] itp[c] ivcoa[c] k[c] k[e] kdo[c] l2a6o[c] lac_D[c] lac_L[c] lac_L[e] lald_L[c] lcts[c] lcts[e] leu_L[c] leu_L[e] lgt_S[c] lipoate[c] lpam[c] lpro[c] lys_L[c] lys_L[e] m12dahglyc[c] m12dapglyc[c] m12dihglyc[c] m12dipglyc[c] m12ditglyc[c] m12dixglyc[c] m12dmglyc[c] m12dpglyc[c] m12dsglyc[c] madg[c] malACP[c] mal_L[c] malcoa[c] malt6p[c] malt[c] malt[e] man1p[c] man6p[c] man[e] mbdg[c] mcrea[c] melib[c] melib[e] meoh[c] mercplac[c] mercppyr[c] met_D[c] met_D[e] met_L[c] met_L[e] metala[c] metala[e] methf[c] metsox_R_L[c] metsox_R_L[e] metsox_S_L[c] metsox_S_L[e] mev_R[c] mg2[c] mg2[e] mi1p_D[c] mi3p_D[c] mi4p_D[c] mlthf[c] mmcoa_S[c] mmet[c] mn2[c] mn2[e] mnl1p[c] mnl[e] mql7[c] mql8[c] mqn7[c] mqn8[c] msa[c] myrsACP[c] myrstca1[c] myrstcaacgam[c] myrstcaala_D[c] n6all26d[c] n8aspmd[c] na1[c] na1[e] nac[c] nac[e] nad[c] nadh[c] nadp[c] nadph[c] ncam[c] nh4[c] nh4[e] nicrns[c] nicrnt[c] nmn[c] no2[c] no2[e] no3[c] no3[e] no[c] nwharg[c] o2[c] o2[e] o2s[c] oaa[c] oc2coa[c] ocACP[c] occoa[c] ocdcaACP[c] ocdca[c] ocdca[e] ocdcea[c] octdp[c] octeACP[c] odecoa[c] ohpb[c] orn[c] orn[e] orot5p[c] orot[c] oxa[c] oxa[e] oxadpcoa[c] oxalc[c] pa120[c] pa140[c] pa141[c] pa160[c] pa161[c] pa180[c] pa181[c] paai15[c] paai17[c] pac[c] pad[c] pai14[c] pai15[c] pai16[c] pai17[c] palmACP[c] palmtca1[c] palmtcaacgam[c] palmtcaala_D[c] pan4p[c] pant_R[c] pap[c] paps[c] pb[c] pb[e] pdx5p[c] pe180[c] peai17[c] pei17[c] pendp[c] pep[c] peptmet_L[c] peptmetox_L[c] pg140[c] pg160[c] pg180[c] pgai15[c] pgai17[c] pgi14[c] pgi15[c] pgi16[c] pgi17[c] pgp120[c] pgp140[c] pgp141[c] pgp160[c] pgp161[c] pgp180[c] pgp181[c] pgpai15[c] pgpai17[c] pgpi14[c] pgpi15[c] pgpi16[c] pgpi17[c] phe_L[c] phe_L[e] pheme[c] pheme[e] phom[c] phpyr[c] phthr[c] pi[c] pi[e] plasmetha[c] pmtcoa[c] pnp[c] pnto_R[c] ppa[c] ppa[e] ppap[c] ppbng[c] ppcoa[c] pphn[c] ppi[c] ppi[e] ppp9[c] pppg9[c] pppi[c] pram[c] pran[c] prbamp[c] prbatp[c] pre1[c] prfp[c] prl45tca[c] prl45tcaala[c] prl45tcaglc[c] prlp[c] pro_L[c] pro_L[e] proteinsynth[c] prpp[c] ps180[c] psai17[c] psd5p[c] pser_L[c] psi17[c] ptrc[c] ptrc[e] pyam5p[c] pydam[c] pydam[e] pydx5p[c] pydx[c] pydx[e] pydxn[c] pydxn[e] pyr[c] q8[c] q8h2[c] quln[c] r1p[c] r5p[c] raffin[c] rbflvrd[c] rbl_D[c] rbl_L[c] rdmbzi[c] retinal[c] retinol[c] rhcys[c] rib_D[c] rib_D[e] ribflv[c] ribflv[e] rnam[c] rnatrans[c] ru5p_D[c] ru5p_L[c] s17bp[c] s7p[c] salc6p[c] salc[c] salcn[e] sbt6p[c] sbt_D[c] sbt_D[e] sbzcoa[c] scl[c] seahcys[c] selcyst[c] selhcys[c] ser_D[c] ser_D[e] ser_L[c] ser_L[e] sheme[c] skm5p[c] skm[c] sl26da[c] sl2a6o[c] so3[c] so3[e] so4[c] so4[e] spmd[c] spmd[e] stcoa[c] sttca1[c] sttcaacgam[c] sttcaala_D[c] sttcaglc[c] suc6p[c] sucbz[c] succ[c] succ[e] succitr_L[c] succoa[c] suchms[c] sucorn[c] sucr[e] sucsal[c] t3c11vaceACP[c] t3c5ddeceACP[c] t3c7mrseACP[c] t3c9palmeACP[c] tag6p_D[c] tagdp_D[c] taur[c] tcam[c] td2coa[c] tdcoa[c] tddec2eACP[c] tdeACP[c] tdec2eACP[c] teich_45_BS[c] thbpt[c] thdp[c] thex2eACP[c] thf[c] thfglu[c] thglu[c] thm[c] thm[e] thmmp[c] thmpp[c] thr_L[c] thr_L[e] thym[c] thymd[c] thymd[e] tmrs2eACP[c] toct2eACP[c] toctd2eACP[c] tpalm2eACP[c] trdox[c] trdrd[c] tre6p[c] tre[e] trnaglu[c] trp_L[c] tsul[c] ttc_ggdp[c] ttdca[c] ttdcea[c] tyr_L[c] tyr_L[e] uGgla[c] uaGgla[c] uaaAgla[c] uaaAgtla[c] uaaGgla[c] uaaGgtla[c] uaagmda[c] uaagtmda[c] uaccg[c] uacgam[c] uacmam[c] uagmda[c] uama[c] uamag[c] uamr[c] udcpdp[c] udcpp[c] udp[c] udpacgal[c] udpg[c] udpgal[c] udpglcur[c] ugmd[c] ugmda[c] ump[c] unaga[c] uppg3[c] ura[c] ura[e] urcan[c] urea[c] urea[e] uri[c] uri[e] utp[c] val_L[c] val_L[e] xan[c] xan[e] xmp[c] xol7ah2al[c] xol7ah3[c] xtsn[c] xu5p_D[c] xu5p_L[c] xyl_D[c] xyl_D[e] xylt[c] xylu_D[c] zn2[c] zn2[e]
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cytd(e) not in model
Warning: Reaction EX_cytd(e) not in model
Warning: Reaction EX_dad_2(e) not in model
Warning: Reaction EX_dad_2(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_dgsn(e) not in model
Warning: Reaction EX_dgsn(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_ins(e) not in model
Warning: Reaction EX_ins(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_thymd(e) not in model
Warning: Reaction EX_thymd(e) not in model
Warning: Reaction EX_uri(e) not in model
Warning: Reaction EX_uri(e) not in model
Warning: Reaction EX_duri(e) not in model
Warning: Reaction EX_duri(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cytd(e) not in model
Warning: Reaction EX_cytd(e) not in model
Warning: Reaction EX_dad_2(e) not in model
Warning: Reaction EX_dad_2(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_dgsn(e) not in model
Warning: Reaction EX_dgsn(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_ins(e) not in model
Warning: Reaction EX_ins(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_thymd(e) not in model
Warning: Reaction EX_thymd(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_uri(e) not in model
Warning: Reaction EX_uri(e) not in model
Warning: Reaction EX_duri(e) not in model
Warning: Reaction EX_duri(e) not in model
Warning: Reaction EX_xan(e) not in model
Warning: Reaction EX_xan(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cytd(e) not in model
Warning: Reaction EX_cytd(e) not in model
Warning: Reaction EX_dad_2(e) not in model
Warning: Reaction EX_dad_2(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_dgsn(e) not in model
Warning: Reaction EX_dgsn(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_ins(e) not in model
Warning: Reaction EX_ins(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_thymd(e) not in model
Warning: Reaction EX_thymd(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_uri(e) not in model
Warning: Reaction EX_uri(e) not in model
Warning: Reaction EX_duri(e) not in model
Warning: Reaction EX_duri(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_xyl_D(e) not in model
Warning: Reaction EX_xyl_D(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_xan(e) not in model
Warning: Reaction EX_xan(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_for(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_adn(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_duri(e) not in model
Warning: Reaction EX_duri(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_arab_L(e) not in model
Warning: Reaction EX_arab_L(e) not in model
Warning: Reaction EX_xyl_D(e) not in model
Warning: Reaction EX_xyl_D(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_adocbl(e) not in model
Warning: Reaction EX_adocbl(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_cbl1(e) not in model
Warning: Reaction EX_cbl1(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_lcts(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_raffin(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_ocdca(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_ttdca(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gsn(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_h2(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_ptrc(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_spmd(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_val_L(e) not in model
Warning: Reaction EX_val_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_gly(e) not in model
Warning: Reaction EX_gly(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gua(e) not in model
Warning: Reaction EX_gua(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_thm(e) not in model
Warning: Reaction EX_thm(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_cys_L(e) not in model
Warning: Reaction EX_cys_L(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_gly(e) not in model
Warning: Reaction EX_gly(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gua(e) not in model
Warning: Reaction EX_gua(e) not in model
Warning: Reaction EX_h2s(e) not in model
Warning: Reaction EX_h2s(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_thm(e) not in model
Warning: Reaction EX_thm(e) not in model
Warning: Reaction EX_ura(e) not in model
Warning: Reaction EX_ura(e) not in model
Warning: Reaction EX_xan(e) not in model
Warning: Reaction EX_xan(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdca(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_leu_L(e) not in model
Warning: Reaction EX_leu_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_gly(e) not in model
Warning: Reaction EX_gly(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_4hbz(e) not in model
Warning: Reaction EX_acgam(e) not in model
Warning: Reaction EX_acgam(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_btn(e) not in model
Warning: Reaction EX_btn(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_ddca(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_gam(e) not in model
Warning: Reaction EX_gam(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_h2s(e) not in model
Warning: Reaction EX_h2s(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_hxan(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pydam(e) not in model
Warning: Reaction EX_pydam(e) not in model
Warning: Reaction EX_pydx(e) not in model
Warning: Reaction EX_pydx(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydxn(e) not in model
Warning: Reaction EX_pydxn(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_urea(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_cys_L(e) not in model
Warning: Reaction EX_cys_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acgam(e) not in model
Warning: Reaction EX_acgam(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_gam(e) not in model
Warning: Reaction EX_gam(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gua(e) not in model
Warning: Reaction EX_gua(e) not in model
Warning: Reaction EX_h2s(e) not in model
Warning: Reaction EX_h2s(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_ncam(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orn(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pydam(e) not in model
Warning: Reaction EX_pydam(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydxn(e) not in model
Warning: Reaction EX_pydxn(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_thm(e) not in model
Warning: Reaction EX_thm(e) not in model
Warning: Reaction EX_ura(e) not in model
Warning: Reaction EX_ura(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_gal(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_rmn(e) not in model
Warning: Reaction EX_arab_L(e) not in model
Warning: Reaction EX_arab_L(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_drib(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_rib_D(e) not in model
Warning: Reaction EX_xyl_D(e) not in model
Warning: Reaction EX_xyl_D(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_glu_L(e) not in model
Warning: Reaction EX_met_L(e) not in model
Warning: Reaction EX_met_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_pro_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acald(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_etoh(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_fum(e) not in model
Warning: Reaction EX_gam(e) not in model
Warning: Reaction EX_gam(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glu_D(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_glyc3p(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthox(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_gthrd(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_hom_L(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_indole(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lac_L(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_lanost(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_mal_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_metsox_S_L(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mobd(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn7(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_mqn8(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_nmn(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no2(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_no3(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_orot(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pime(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pnto_R(e) not in model
Warning: Reaction EX_pydam(e) not in model
Warning: Reaction EX_pydam(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydx5p(e) not in model
Warning: Reaction EX_pydxn(e) not in model
Warning: Reaction EX_pydxn(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_q8(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_ribflv(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sel(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_sheme(e) not in model
Warning: Reaction EX_thm(e) not in model
Warning: Reaction EX_thm(e) not in model
Warning: Reaction EX_meoh(e) not in model
Warning: Reaction EX_meoh(e) not in model
Each model.subSystems{x} is a character array, and this format is retained.
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_fru(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_mnl(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_fuc_L(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_glcn(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_oxa(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_melib(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_cellb(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_tre(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_strch1(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylopect900(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_amylose300(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinan101(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinogal(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_arabinoxyl(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_bglc(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_cellul(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_dextran40(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_galmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_glcmannan(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_homogal(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_inulin(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_kestopt(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_levan1000(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lmn30(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_lichn(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pect(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_pullulan1200(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurI(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_rhamnogalurII(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_starch1200(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xylan(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_xyluglc(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_arachd(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_chsterol(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_glyc(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_hdcea(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlc(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlnca(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_lnlncg(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_ocdcea(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_octa(e) not in model
Warning: Reaction EX_ala_L(e) not in model
Warning: Reaction EX_ala_L(e) not in model
Warning: Reaction EX_cys_L(e) not in model
Warning: Reaction EX_cys_L(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_his_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_ile_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_asp_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_gln_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_phe_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_tyr_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_trp_L(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_12dgr180(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_26dap_M(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2dmmq8(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_2obut(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_3mop(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_4abz(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acmana(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_acnam(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_ade(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_akg(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_ala_D(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amet(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_amp(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_arab_D(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_cgly(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chol(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_chor(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_cit(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_csn(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fald(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fe3dcit(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: Reaction EX_fol(e) not in model
Warning: For increased performance, remaining outputs are not shown. Consider reducing the number of outputs.
By setting panPath as the input variable modPath for initMgPipe, personalized microbiome models for the samples from the above study with the EMBL-EBI accession ID SRP065497 could now readily be created and interrogated through mgPipe. As this would be too computationally intensive for the purpose of this tutorial, this will not be performed here.

Building personalized models

While personalized models are built by executing the function initMgPipe, the following steps are performed automatically.
First, we will define the simulated dietary regime that will be implemented on the personalized models. Here, we will use an "Average European" diet that is located in the folder
cobratoolbox/papers/2018_microbiomeModelingToolbox/input
The folder also contains various other simulated diets, e.g., Vegan, gluten-free.
dietFilePath='AverageEuropeanDiet';
Next, we set the path and the name of the file from which to load the abundances. For this tutorial, to reduce the time of computations, we will use a reduced version of the example file (normCoverageReduced.csv) provided in the folder Resources: only 4 individuals and 10 strains will be considered.
abunFilePath='normCoverageReduced.csv';
For the creation of personalized models, mgPipe offers two strategies that are selected in the input variable buildSetupAll. By default, a global metabolic model (setup) is constructed containing all the microbes listed in the study. Personalized models are built for each sample by pruning the global model. As another option, which is recommended for studies with 300 or more microbes total, personalized models can be built serially. In both cases, a community biomass reaction is built from the relative abundances in each sample.
By default, mgPipe will subsequently compute the metabolic profiles of each personalized model. Briefly, the chosen dietary regime is implemented and the total net uptake and net secretion potential for each metabolite that can be transported by at least one microbe in the study is computed for each personalized model. The PCoA of computed fluxes is also plotted. If this is not neccessary and targeted analyses are instead planned (see later sections in the tutorial), the computation can be disabled through the input variable computeProfiles. In either case, the personalized models with dietary constraints implemented can be exported through the variable saveConstrModels. Exporting the constrained models will also enable customized analyses outside mgPipe.
To define whether flux variability analysis to compute the metabolic profiles should be performed, and set the input variable computeProfiles. If fastFVA is installed, it will be used, otherwise, fluxVariability will be used. It is highly recommended to install fastFVA as this drastically reduces computation times in large datasets.
computeProfiles = true;
Next inputs will define:
  1. name of the objective function of organisms
  2. whether to create the personalized models by pruning a global setup model (default) or one by one
  3. number of cores to use for the pipeline execution
  4. if stratification criteria (e..g., cases and controls) are available for the samples
  5. if to simulate also a rich diet
  6. if to save models with diet constraints implemented
  7. the lower bound in mmol/person/day set on the community biomass reaction
  8. whether already existing simulation results should be overwritten
  9. whether the simulated dietary regime should be supplemented with compounds typically found in the gut thus mimicking the human intestinal environment
The following setting should work for almost any system, but please check carefully to be sure these options are valid for you. A more detailed description of these variables is available in the documentation.
The same inputs need to be set in the driver file StartMgPipe when running mgPipe outside of this tutorial or directly in the "initMgPipe" function.
Path to csv file for stratification criteria (if empty or not existent no criteria is used)
infoFilePath = '';
if to save models with diet constrains implemented (default=false)
saveConstrModels = true;
number of cores dedicated for parallelization (default=2)
numWorkers = 4;
Calling the function initMgPipe will execute Part 1 to 3 of the pipeline.
[init, netSecretionFluxes, netUptakeFluxes, Y, modelStats, summary] = initMgPipe(modPath, abunFilePath, computeProfiles, 'dietFilePath', dietFilePath, 'infoFilePath', infoFilePath, 'saveConstrModels', saveConstrModels, 'numWorkers', numWorkers);

Computed outputs

  1. Metabolic diversity The number of mapped organisms for each individual compared to the total number of unique reactions (extrapolated by the number of reactions of each organism).Please, note that bigger circles with a number inside represent overlapping individuals for metabolic diversity.
  2. Classical multidimensional scaling of each individual reactions repertoire in the Y output variable
  3. Personalized model sizes: reaction and metabolites numbers for all created models in the modelStats output and averages, median, minimal, and maximal values in the summary output.
If flux variability analysis is performed and net uptake and secretion potential are computed:
Flux Variability analysis for all the exchange reactions of the diet and fecal compartment are performed and temporarily saved in a file called "simRes". Specifically what is temporarily saved is:
  1. fvaCt a cell array containing min flux through uptake and max through secretion exchanges
  2. nsCT a cell array containing max flux through uptake and min trough secretion exchanges
  3. presol an array containing the value of objectives for each microbiota model with rich and selected diet
  4. inFesMat cell array containing the names of the microbiota models that reported an infeasible status when solved for their objective
Finally, the net uptake and secretion potential are computed in a metabolite resolved manner and saved in the output variables 'netSecretionFluxes' and netUptakeFluxes, and the files 'netSecretionFluxes.csv' and 'netUptakeFluxes.csv' in the results folder. They indicate the maximal uptake and production, respectively, of each metabolite and are computed as the absolute value of the sum of the maximal secretion flux with the maximal uptake flux. The similarity of metabolic secretion profiles (using the net secretion potential as features) between individuals is also evaluated with classical multidimensional scaling.
The output file "ReactionAbundance.csv" in the Results folder contains the relative abundance of each reaction in each sample. A description of each reaction can be found by searching for the reaction ID in the file cobratoolbox/papers/2021_demeter/input/ReactionDatabase.txt or on the Virtual Metabolic Human website (https://www.vmh.life/). For a more convenient overview of pathways altered in their relative abundances across samples, the relative abundances on the subsystem level are also computed and saved as the file SubsystemAbundance.txt. A plot of the relative subsystem abundances is also generated.
In the export of models with dietary constraints is desired, they will be found in the folder constrModelsPath.

Correlation between computed fluxes and abundances and different taxon levels

For an overview of metabolite-taxa relationships, the computed uptake and secretion profiles for each metabolite can be correlated with taxon abundances on different levels (species, genus, etc.). Note that a correlation may not neccessarily imply that the metabolite is synthesized by a given taxon. To exactly determine the relationships between metabolites and taxa in the models, organism-level contributions to metabolites can be computed (see below). However, these computations are much more computationally intensive than the calculation of correlations.
To calculate the Spearman correlation (alternatively: 'Pearson', 'Kendall'), between net secretion fluxes and abundances on different taxon levels, run the code:
taxonomy info for AGORA
taxInfo = 'AGORA_infoFile.xlsx';
Path to fluxes that should be correlated
fluxPath = [pwd filesep 'Results' filesep 'inputDiet_net_secretion_fluxes.csv'];
corrMethod = 'Spearman';
[FluxCorrelations, PValues, TaxonomyInfo] = correlateFluxWithTaxonAbundance(abunFilePath, fluxPath, taxInfo, corrMethod);
The output variable TaxonomyInfo will have the list of annotations for each entry on each taxon level. This can be used to plot the correlations as a heatmap with annotations, e.g., in R.

Metabolite-resolved plots of metabolite-strain correlations

For a more detailed view of the relationships between metabolites and abundances, the fluxes can also be directly plotted against organism abundances. This may reveal microbes that are bottlenecks for the production of metabolites of interest.
We will define the metabolites to analyze (default: all exchanged metabolites in the models). As an example, we will take only one metabolite, acetate. Enter the VMH IDs of target metabolites as a cell array.
metList = {'ac'};
Define the path to net secretion fluxes.
fluxPath = [pwd filesep 'Results' filesep 'inputDiet_net_secretion_fluxes.csv'];
To plot microbe-metabolite relationships for these metabolites, execute the code
plotFluxesAgainstOrganismAbundances(abunFilePath,fluxPath,metList);
Afterwards, the plots will be in the subfolder Metabolite_plots.

Stratification of samples

If metadata for the analyzed samples is available (e.g., disease state), the samples can be stratified based on this classification. To provide metadata, prepare an input file as in the example 'sampInfo.csv'. The path to the file with sample information needs to be provided as the variable infoFilePath. Note that the group classification into groups in sampInfo.csv is arbitrary and not biological meaningful.
Run the pipeline again, this time with sample stratification into groups provided. The PCoAs will now be labelled with sample stratification into groups.
infoFilePath='sampInfo.csv';
 
[init, netSecretionFluxes, netUptakeFluxes, Y, modelStats, summary, statistics] = initMgPipe(modPath, abunFilePath, computeProfiles, 'dietFilePath', dietFilePath, 'infoFilePath', infoFilePath, 'numWorkers', numWorkers);

Statistical analysis and plotting of generated fluxes

If sample information as in sampInfo.csv is provided (e.g., healthy vs. disease state), statistical analysis can be performed to identify whether net secretion fluxes, net uptake fluxes, and reaction abundances can be performed. If the analyzed samples can be divided into two groups, Wilcoxon rank sum test will be used. If there are three or more groups, Kruskal-Wallis test will be performed. Note that no statistically significant differences will be found in the tutorial example due to the small sample sizes. Moreover, violin plots that show the computed fluxes separate by group will be generated.
Define the input variables. Path to file with sample information (required)
infoFilePath='sampInfo.csv';
Header in the file with sample information with the stratification to analyze (if not provided, the second column will be chosen by default)
sampleGroupHeaders={'Group'};
sampleGroupHeaders can contain more than one entry if multiple columns with sample information (e.g., disease state, age group) should be analyzed.
Define the path with results of mgPipe that will be analyzed.
resPath = [pwd filesep 'Results'];
To perform the statistical analysis and save the results, enter the code
analyzeMgPipeResults(infoFilePath,resPath, 'sampleGroupHeaders', sampleGroupHeaders);
Afterwards, the results of the statistical analysis will be available in the folder "Statistics". The files ending in "Statistics.txt" contain the calculated p-values and test results. If there are any fluxes or abundances that significantly differed between groups, there will be files ending in "significantFeatures.txt" listing only these instances. Created violin plots will be found in the folder "ViolinPlots". There will be an image in png and pdf format for each predicted metabolite's uptake and secretion potential. There will also be a file ending in "All_plots.pdf" containing all plots.

Targeted analysis: Strain-level contributions to metabolites of interest

For metabolites of particular interest (e.g., for which the community-wide secretion potential was significantly different between disease cases and controls), the strains consuming and secreting the metabolites in each sample may be computed. This will yield insight into the contribution of each strain to each metabolite. Note that for metabolites for which the community wide secretion potential did not differ, the strains contributing to metabolites may still be significantly different.
The first step for the preparation of targeted analyses is the export of models that had already been constrained with the simulated dietary regime. This had already been done above through the saveConstrModels input in mgPipe above. Now, will set the input variable modPath to the folder with personalized models constrained with the simulated diet.
constrModPath = [resPath filesep 'Diet'];
We will define a list of metabolites to analyze (default: all exchanged metabolites in the models). As an example, we will take acetate and formate. Enter the VMH IDs of target metabolites as a cell array.
metList = {'ac','for'};
To run the computation of strain contributions:
[minFluxes,maxFluxes,fluxSpans] = predictMicrobeContributions(constrModPath, 'metList', metList, 'numWorkers', numWorkers);
The output 'minFluxes' shows the fluxes in the reverse direction through all internal exchange reactions that had nonzero flux for each analyzed metabolite. The output 'maxFluxes' shows the corresponding forward fluxes. 'fluxSpans' shows the distance between minimal and maximal fluxes for each internal exchange reaction with nonzero flux for each metabolite.
Afterwards, statistical analysis of the strain contributions can also be performed.
Define the path where strains contributions are located:
contPath = [pwd filesep 'Contributions'];
Run the analysis.
analyzeMgPipeResults(infoFilePath,contPath, 'sampleGroupHeaders', sampleGroupHeaders);

Targeted analysis: Computation of shadow prices for secreted metabolites of interest

Shadow prices are routinely retrieved with each flux balance analysis solution. Briefly, the shadow price is a measurement for the value of a metabolite towards the optimized objective function, which indicates whether the flux through the objective function would increase or decrease when the availability of this metabolite would increase by one unit (Palsson B. Systems biology : properties of reconstructed networks). For microbiome community models created through mgPipe, this will enable us to determine which metabolites are bottlenecks for the community's potential to secrete a metabolite of interest. This was performed for bile acids in Heinken et al., Microbiome (2019) 7:75. However, any other reaction in the personalized model (or any other model) can also serve as the input.
We will compute the shadow prices for acetate and formate as an example.
objectiveList={
'EX_ac[fe]'
'EX_for[fe]'
};
Here, we will compute all shadow prices that are nonzero. Thus, this include both metabolites that would increase and decrease the flux through the objective function if their availability was increased. Note that the definition of the shadow price depends on the solver. To check the shadow price definitions for each solver, run the test script testDualRCostDefinition.
SPDef = 'Nonzero';
Run the computation.
[objectives,shadowPrices]=analyseObjectiveShadowPrices(constrModPath, objectiveList, 'SPDef', SPDef, 'numWorkers', numWorkers);
Similar to the previous results, we can also perform statistical analysis on the computed shadow prices.
Define path where computed shadow prices are located:
spPath = [pwd filesep 'ShadowPrices'];
Run the analysis.
analyzeMgPipeResults(infoFilePath, spPath,'sampleGroupHeaders', sampleGroupHeaders);